Asus P5E-VM Schematics

5

4

3

2

1

R1.02G

P5E-VM DO

PAGE

D D

01 02 03 04 05

06 07~08 09~13 14~20

21

22

23

24

25

26

C C

27

28

29

30 31~36 37~38

39

40

41

42 43~48

49

50 51~57

B B

58

59

60

61

62

63

64

65

66

67

68

69

70

A A

BLOCK DIAGRAM POWER FLOW CHART POWER SEQUENCE POWER DISTRIBUTION CLOCK DISTRIBUTION RESET MAP Main clock INTEL PROCESSOR LGA775 INTEL BEARLAKE DDR2 CHANNEL A DDR2 CHANNEL B DDR2 POWER Onboard VGA(BL) LAN & USB Connector PCIEX16_1 PCIEX1 PCI Slot L1 Intel 82566 LAN on board TPM INTEL ICH9 AgereFW322 SATA Connector JMB368 Audio ALC883_888 AUDIO CONNECTOR USB_Power circuit TPM_CONNECTOR SPI W83627DHG POWER CONNECTOR PANEL & HotStart VCORE CONTROLLOR VCORE DRIVERS +5V_DUAL& +3VSB&+3V_DUAL +1.5V +1.8V_DUAL& VTT_DDR +1.25VDUAL & +1.05V &+VTTCPU +1.25V NOS(Intel) Screw Hole EMI Change PCB version List

TITLE

2007_0824_1516

100MHz

14.318MHz

33MHz

32.768KHz

2007.08.24

VRD 11.0 on Board

1.5V & STANDBY REGULATOR

INTEGRATED VGA HEADER

PCI Express X16 SLOT

100MHz

High-Speed USB

12 ports

REALTEK ALC883 AUDIO CODEC

L1 Intel 82566

Gigabit Ethernet

PCI Express X1

Jmb368

Winbond

SUPER I/O

200/266/333MHz

400MHz

PCI _E BUS

100MHz

480Mb/s

AZALIA LINK

24MHz

LCI

GLCI/PCIEX1

PCIEX1 BUS

LPC BUS

Intel Pentium processor /

Prescott ,SmithField Cendar Mill ,Presler

LGA775

ADDR

CNTL

DATA

INTEL

BEARLAKE

GMCH

CLINK

Q35

DMI LINK

4 Lanes

INTEL

ICH9 DO

SST BUS

HOST BUS

200/266MHz

Channel A

Channel B

100MHz

SPI BUS

SATA BUS

32.768KHz

48MHz

33MHz

14.318MHz

PCI BUS

Thermal Sensor

5

4

3

2

CAD Note:

Default component footprint is SMD 0402 type. Difference footprint show on schematics.

N/A = Installed Part. /X = Not Installed Part. PROTO = PROTO Phase Only.

100 MHz

200/266 MHz

CLOCK

ICS 9LPRS916AGLF

96 MHz

48MHz

33MHz

14.318 MHz

MEMORY

DDR2 667/800/1066

SPI

32Mb

W25X32VSSIG

SATAII

SATAII SATAII

PCI SLOT 1

PCI SLOT 2

Engineer:

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

Engineer:

P5E-VM DO

Title :

1

SATAII

Block Diagram

ChienChih_Hung

1 70Tuesday, November 13, 2007

33MHz

Rev

1.00G

5

4

3

2

1

PSU

ADP3198 for PWM controller

+12V

ADP31100001RZ for MOSFET driver (125A)

Efficiency is about 75% @ full loading

in S0/S1

D D

+VCORE

+5V

+5VSB

o_3VSBSW#

(SOT23)

AP2301GN(P-MOS)+AP70T03GH(N-MOS)

(DPAK)

in S0/S1/S3/S5

+5V_DUAL

APW7120KE_TRL

in S0/S1/S3

LDO CM8562P

+1.8V_DUAL

+VTT_DDR

(13.58A)

(1A)

in S0/S1/S3

C C

LDO L1085DG

+3V_DUAL

(0.5A)

in S0/S1

+3VSB

(2A)LDO L1085DG

in ALL

OP+AP70T03GH*2

+1.25V

(20.611A)

in S0/S1

B B

AP70T03GH (6A)

+VTT_CPU

in S0/S1

(1.16A)

+3.3V

AP70T03GH

+1.05V

in S0/S1

1

(2.385A)

Power Flow

Barry_Sue

2 70Friday, March 28, 2008

Rev

1.00G

OP+AP70T03GH*2

A A

5

4

3

2

in S0/S1

P5B-BVM DO

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

P5E-VM DO

+1.5V

Title :

Engineer:

5

4

3

2

1

S5->S0

+5V_AUX

D D

C C

1.CPUCORE must rise after the voltage across 90% of +1.2V,andthe interval is within 1-5ms

2.VRM_OUTEN rises after the voltage across 90% of its specified value

+3.3V_AUX

+1.5V_AUX

0

1-5ms

0

+3.3V_AUX

+1.5V_AUX

+12V

V_5P0_DUAL

+3.3V

&

+2.5VSTBY

CPUCORE

+1.5V

&

+1.25V

+1.2V

VRM_PWRGOOD

VRM_OUTEN

PS-ON

0

S0->S3

+12V

V_5P0_DUAL

&

+3.3V

+1.5V

+3.3V_AUX

B B

+2.5VSTBY

CPUCORE

+1.5V_AUX

+1.25V

+1.2V

0

VRM_PWRGOOD

VRM_OUTEN

PS-OFF

V_5P0_DUAL

+3.3V_AUX

+2.5VSTBY

+1.5V_AUX

0

S0->S5

+12V

V_5P0_DUAL

+3.3V_AUX

+2.5VSTBY

CPUCORE

+1.5V_AUX +1.5V

+1.25V

+1.2V

0

VRM_PWRGOOD

VRM_OUTEN

PS-OFF

0

+3.3V

&

V_5P0_DUAL

&

+5V_AUX

+3.3V_AUX

+1.5V_AUX

0

S3->S0

+12V

+5V_AUX

+3.3V_AUX

+2.5VSTBY

+1.5V_AUX

0

1-5ms

0

1.CPUCORE must rise after the voltage across 90% of +1.2V,andthe interval is within 1-5ms

2.VRM_OUTEN rises after the voltage across 90% of its specified value

V_5P0_DAUL

+3.3V_AUX

+1.5VSB

VRM_PWRGOOD

+3.3V

&

+2.5VSTBY

CPUCORE

+1.5V

&

+1.25V

+1.2V

VRM_OUTEN

PS-ON

0

A A

Windows Running

S0:

Windows Standby

S3:

AC Power On Only

S5:

0

+12V,V_5P0_DUAL,+3.3V,+3.3V_AUX,+2.5VSTBY,CPUCORE,+1.5V,+1.5V_AUX,+1.25V,+1.2V existed

V_5P0_DUAL,+3.3V_AUX,+1.5V_AUX,+2.5VSTBY existed

+5V_AUX,+3.3V_AUX,+1.5V_AUX existed

0

Title :

Engineer:

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

P5E-VM DO

Engineer:

Power Sequence

Tyler_Yuan

3 70Friday, March 28, 2008

Rev

1.01G

5

4

3

2

1

Prescott,Smithdield, Presler & Conroe

VCORE 125A 130W

+1.2V_FSB_VTT 5.3A 6.36W

KB/MS

D D

+1.8VSB

+3VSB

80mA

250mA

CK505

+BUSB 0.5A 2.5W

KB/MSKB/MS

USB 12 PORT

Bearlake

+1.5_DUAL 3.33A

+1.5_DUAL 350mA

+1.2V_FSB_VTT 1.2A

+1.25V 13.8A

C C

B B

A A

5

4

+1.2V_FSB_VTT 2mA

+1.25V

+1.05V

VCCRTC

+1.8_DUAL 7.2A (S0,S1)

+1.8_DUAL TBD(S3)

VTT_DDR 0.83A

3

BearlakeBearlake

2.47A (DMI&PCIE)

4.9A (CL)

+3V

66mA

(DAC)

15.8mA (CMOS)

ICH9

ICH9ICH9

+1.5V 1.652A

646mA (PCIE)

15mA 0.0225W(CL

74mA 0.111W(LAN)

41mA (DMI)

1.43A(Core)

37mA (CL

157mA 0.165W(10/100 LAN

+3VSB

19mA (CL)

32mA (HDA S3,S4&S5)

+3V

1mA(GbE-LAN) 19mA (10/100 LAN) 32mA (HDA S0&S1)

308mA (VCC3_3)

6uA

DDR2

DDR2DDR2 DIMM

DIMM

DIMMDIMM

TBD (S3)

PCI

PCIPCI EXPRESSx16

EXPRESSx16

EXPRESSx16EXPRESSx16

+12V 5.5A 66W

+3VSB 0.375A 1.24W (wake)

+3VSB 20mA 66mW (no wake)

+3V 3.0A 9.9W

PCI

PCIPCI

SLOT

SLOTSLOT

+3VSB 0.375A 1.24W (wake)

+3VSB 20mA 66mW (no wake)

+3V 7.6A 25.08W

+5V 5A 25W

+12V 0.5A 6W

-12V 0.1A 1.2W

(S0,S1)

(S3&SMCLK)

(USB&SATA&PLL)

internal)

(S0)

2

BUSB+5V 2A(S0,S1)

BUSB+5V 15mA 75mW (S3)

FUSB+5V 4A (S0,S1)

FUSB+5V 10mA 50mW (S3)

SPI

SPISPI

+3VSB 30mA 99mW

FAN

FANFAN

+12V 0.5A 6W

ALC885 CODEC

+5VA 200mA 1W

+3V 40mA 132mW

Atheros

Atheros Atheros

+3VSB 15.5mA 51.15mW

L1

L1L1

+2.5VSB 418.2mA 7.53W

+1.5VSB 277.2mA 277.2mW (Core)

(I/O&LED)

(Analog)

PCIEX1

+12V 5.5A 66W

+3VSB 0.375A 1.24W (wake)

+3VSB 20mA 66mW (no wake)

+3V 3.0A 9.9W

Power Distribution

Title :

Engineer:

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

P5E-VM DO

Engineer:

1

Tyler_Yuan

4 70Friday, March 28, 2008

Rev

1.01G

PCIEx16

PCIEx16PCIEx16 Slot

Slot

SlotSlot

D D

5

4

MCHHCLK/#

CK_100M_MCH/#

CK_96M_DREF/#

3

200/266 MHz

100 MHz

96 MHz

Intel

IntelIntel

BearLake

BearLakeBearLake

GMCH

GMCHGMCH

2

M_CHA_CLK[0..3]/#

1

DDR2 1,2

CK_100M_PE16/#

CK_100M_PE1/# 100 MHz

CK_100M_PE1/#

100 MHz

PCIEx16 Slot

PCIEx16 SlotPCIEx16 Slot

PCIEx16 Slot

PCIEx16 SlotPCIEx16 Slot

PCIEx1 Slot

PCIEx1 SlotPCIEx1 Slot

M_CHB_CLK[0..3]/#

DDR2 3,4

100 MHzCK_100M_ICH/#

CK_100M_SATA/#

CLOCK CHIP

C C

Intel Processor

Intel ProcessorIntel Processor

Conroe

ConroeConroe

LGA775

LGA775LGA775

CPUHCLK/#

200/266/333 MHz

CLOCK CHIPCLOCK CHIP

RTM867N-640

RTM867N-640RTM867N-640

CK_33M_ICH

CK_48M_USB 48 MHz

CK_14M_ICH 14.318 MHz

CK_33M_SL1

B B

100 MHz

33 MHz

Intel

IntelIntel

ICH9

ICH9ICH9

BITCLK

24 MHz

PCI1 Slot

PCI1 SlotPCI1 Slot

PCI2 Slot

PCI2 SlotPCI2 Slot

PCI3 Slot

PCI3 SlotPCI3 Slot

Intel HD

Intel HDIntel HD Audio

Audio

AudioAudio Codec

Codec

CodecCodec

ITP

ITPITP

CK_ITP/#

CK_100M_LAN/# 100 MHz

200/266 MHz

Attansic L1

Attansic L1Attansic L1

VIA6308

VIA6308VIA6308

TPM

TPMTPM

48 MHzCK_48M_SIO

W83667EHF

A A

5

4

CK_33M_SIO 33 MHz

3

W83667EHFW83667EHF

Clocks Distribution

Title :

Engineer:

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

2

Date: Sheet of

P5E-VM DO

Engineer:

1

Tyler_Yuan

5 70Friday, March 28, 2008

Rev

1.01G

5

4

3

2

1

G0-to-G3 State Explain: a. VCCSUS dirves high when PWR CONN plugd in. b. RSMRST# drives high from SIO to ICH9. c. SUSCLK sent out CLK from ICH9.

Power

PowerPower Buttom

Buttom

D D

ButtomButtom

SW

1

PWRBTN#

POWER

SLP_S3# invert

C C

4

POWERPOWER SUPPLY

SUPPLY

SUPPLYSUPPLY

PSON#

PG1

5

PWROK

5

PWRGD_3V

1

Prescott

Pentium

B B

Pentium Pentium Processor

Processor

ProcessorProcessor

LGA775

PWRGOOD

PWRBTN#

8

CPUPWRGD

PB_IN#

Winbond 83627EHF

PWRBTN#

SUPER I/O

Included Power Sequence Logic Function

SLP_S5#

2

S4_STATE#

SLP_S4# SLP_S3#

PWRGD_PS

SLP_S3#

3

SLP_S3#

nPCIRST_OUT1

nPCIRST_OUT2

nPCIRST_OUT3

nIDE_RSTDRV

nPCIRST_OUT4

RSMRST#

0

RSMRST#

PLTRST#

PCI_RESET#

6

PCISLOTRST#

ICHPCIRST#

7

LAN_RST#

PCIEG_RST#

RST

PCIRST#

RST

10/100/1000 Atheros L1

PCI-Express x16

PCI-Express x1

PCI SLOT 1

PCI SLOT 2

Bearlaker

GMCH

ICH9

SOUTH BRIDGE

PLTRST#

PWROK

6

PLTRST#

RST

PCI SLOT 3

NORTH BRIDGE

A A

RSTIN#

Reset Map

Title :

PLTRST#

5

4

3

2

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

P5E-VM DO

Title :

Engineer:

1

Tyler_Yuan

6 70Friday, March 28, 2008

Rev

1.01G

5

4

3

2

1

64

GND9

63

X1

62

X2

61 60

VDD3

59 58

SCLK

57

GND8

56 55 54 53 52 51 50 49

GNDA

48 47

VDDA

46

GND7

45

25Mhz

44

VDD2

43

GND6

42 41 40

VDD1

39

GND5

38 37 36 35 34 33

O_RSTCON# {11,34,59}

O_RSTCON#_SIO {51}

O_PWROK {17,34,51}

1 2 7 8 1 2 5 6

CR94 0Ohm/XCR94 0Ohm

/X

12

CR95 0OhmCR95 0Ohm

C_+3V_CLK

C_FSB_CPU_R C_FSB_CPU#_R

C_FSB_NB_R C_FSB_NB#_R

C_PCIEX16_1 C_PCIEX16#_1 C_PCIE_NB C_PCIE_NB#

CRN5A

8.2KOhm

8.2KOhm CRN6D

CRN6D

8.2KOhm

N/A

CRN6A

N/A

8.2KOhm

8.2KOhm CRN6C

CRN6C

N/A

8.2KOhm

N/A

O_RSMRST# {29,34,51}

S_SLPS4# {34,64}

C_X1 C_X2

S_SMBDATA_MAIN S_SMBCLK_MAIN

C_RESET# S4_RLATCH

CR51 1KCR51 1K

12

CR50 1KCR50 1K

12

C_+3V_CLK

GND

/X/nonAMT

D

3

G

1

1 2

12

GND

32

3

D

1

G

S

2

/LPRS916

3 4

CRN14B 1KOHM

/X/nonAMT

CR3

12

0Ohm

120Ohm/100Mhz

CR5

CR5 10K

10K

S_SLP_M {17,34,62,65}

/AMT

Q8

2N7002

32

3

D

Q9

1

2N7002

G

S

2

/LPRS916

1 2

CRN14A 1KOHM

CK_SB_SATA {33} CK_SB_SATA# {33}

CK_100M_ICH {32} CK_100M_ICH# {32}

C_PCIE_NB {15} C_PCIE_NB# {15}

C_PCIEX16_1 {26} C_PCIEX16#_1 {26}

C_PCIE_R1 {40} C_PCIE_R1# {40}

C_PCIEX1_1 {27} C_PCIEX1#_1 {27}

CK_96M_DREF {17} CK_96M_DREF# {17}

S_CK_PWROK {34} S_SMBCLK_MAIN {11,21,22,30,36} S_SMBDATA_MAIN {11,21,22,30,36}

CQ2

2 3

/AMT

CC17

1UF/16V/0603

/AMT

+VTTCPU

32

3

1

G

2

5 6

CRN14C 1KOHM

CQ2

AP2301GN

S

2

D

S

/LPRS916

Q7

2N7002

+3VSB

12

CC3

0.1UF/10V

78

3 4

8.2KOHM

5 6

8.2KOHM

7 8

8.2KOHM

GND

CQ7

1

B

PMBS3904

/MultiJumper

0.1UF/10V

+5VSB

1 2

3

3 C

C

E

E 2

2

GND

CPU_TrapCRN3B

CPU_Trap CPU_TrapCRN3C

CPU_Trap CPU_TrapCRN3D

CPU_Trap

CRN3A

8.2KOHM

CPU_Trap

12

CC10

CC9

10PF/50V

GND GND

S_CPU_STOP# {34} S_PCI_STOP# {34}

CRN80D

1KOHM

O_RRX{51}

1KOHM

From CPU's BSEL

CPU

H_BSEL0

CRN3B

H_BSEL1 H_BSEL1_R

CRN3C

H_BSEL2 H_BSEL2_R

CRN3D

CLK Trapped by CPU's BSEL

FSA FSB FSC

HBSEL1

HBSEL2

0 0 0 1

H_BSEL0 H_BSEL1 H_BSEL2

C_48M_USB_R C_PCICLK_TPM_R C_PCI_SB_R

0 1 0 0

5 6 1 2 3 4 7 8

HBSEL0

1 133MHz (533MHz) 0

200MHz(800MHz)

0

266MHz(1066MHz) 333MHz(1333MHz)

0

CRN4C

1KOhm

CRN4A

1KOhm

CRN4B

1KOhm

CRN4D

1KOhm

CRN5B

3 4

8.2KOhm

8.2KOhm CRN5C

CRN5C

5 6

8.2KOhm

8.2KOhm CRN5D

CRN5D

7 8

8.2KOhm

8.2KOhm CRN6B

CRN6B

3 4

8.2KOhm

FSB

+VTTCPU

/0402

/0402 /0402

/0402

/0402 /0402

/0402

H_BSEL0 {11} H_BSEL1 {11} H_BSEL2 {11}

For support FSB533 CPU

CR86

+VTTCPU

3

3 C

C

CQ21

PMBS3904

E

E 2

2

/Support_FSB533

12

CR90

100Ohm

/Support_FSB533

H_BSEL1_R

8.2KOhm

/Support_FSB533

+VTTCPU

CR89

1 2

1KOhm

/Support_FSB533

+5VSB

CR87

8.2KOhm

/Support_FSB533

CR88

1 2

3

C

CQ22

1

B

PMBS3904

E

E 2

2

/Support_FSB533

H_BSEL0

1 2

1KOhm

/SEL_FSB533

1

B

CL2

21

H_BSEL0_R

12

+3V

1

B

12

0.1UF/16V

/X

GND

H_BSEL0_R

3

3 C

C

CQ20

PMBS3904

E

E 2

2

/Support_FSB533

GND

12

CC59

O_SIO_P89{51}

O_SIO_P90{51}

CC1

10UF/10V

3 4

1KOHM

C_FSB_CPU_R {8} C_FSB_CPU#_R {8}

C_FSB_NB_R {8} C_FSB_NB#_R {8}

C_48M_SIO_R {8}

C_48M_USB_R {8}

C_14M_SB_R {8}

C_PCI_SL1_R {8}

C_PCI_SL2_R {8}

C_PCI_SB_R {8}

C_PCICLK_TPM_R {8}

C_LPC_SIO_R {8}

C_PCI_1394_R {8}

12

CRN80B

CRN14D

78

/LPRS916

CC2

0.1UF/16V

5 6

1KOHM

1 2

12

1KOHM

CC4

0.1UF/16V

CRN80C

12

CC7

0.1UF/16V

H_BSEL1_R

Q3

2N7002

H_BSEL0_R

Q4

2N7002

CR2 1KOhm N/ACR2 1KOhm N/A

1 2

ASUSTek Computer Inc.

Size Project Name

A2

12

CC8

0.1UF/16V

P5E-VM DO

CC5

0.1UF/16V

32

3

D

1

CRN80A

1

G

S

2

GND

32

3

D

1

G

S

2

GND

O_EN_AS{51}

Date: Sheet

Date: Sheet of

1

12

CC61

0.1UF/16V

+5VSB

1 2

32

3

D

G

S

2

GND

Title :

Engineer:

CR1

8.2KOhm

CQ1

2N7002

12

C_+3V_CLK

12

CC62

CC11

0.1UF/16V

32

3

D

1

G

S

2

GND

05.Main Clock-1

Sdany_Shao

of

7 70Friday, March 28, 2008

H_BSEL2_R

Q5

2N7002

Rev

1.00

C_+3V_CLK

CU1

C_14M_SB_R

J_OVT1{51,67} J_OVT2{67}

C_PCI_SL1_R

C_LPC_SIO_R C_PCI_SB_R C_PCICLK_TPM_R

SIO

12

C_PCI_SL2_R C_PCI_1394_R

C_48M_USB_R C_48M_SIO_R

CK_96M_DREF CK_96M_DREF#

CK_SB_SATA CK_SB_SATA#

S_CK_PWROK C_PCIEX1_1 C_PCIEX1#_1

CK_100M_ICH CK_100M_ICH# C_PCIE_R1 C_PCIE_R1#

14.318Mhz

C_X1

CC18

30PF/50V

/LPRS916

GND GND

From GPO's Output (NOS)

H_BSEL0_R H_BSEL1_R H_BSEL2_R

CR4 1MOhm /LPRS916/XCR4 1MOhm /LPRS916/X

1 2

/LPRS916

X1

1 2

GND

3

GND

D D

C C

C_48M_SIO_R

B B

C_PCI_1394_R

C_14M_SB_R

A A

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

CRN2B

3 4

0Ohm

CRN2C

5 6

0Ohm

CRN2D

7 8

0Ohm

CRN2A

1 2

0Ohm

C_X2

12

CC19

30PF/50V

/LPRS916

0

select output clock=48Mhz

select pin41/42 to be PCIEX output

DOT Freq.=100Mhz

CU1

*REF0/GSEL **DOC_0 **DOC_1 GND PCICLK0_2X **SEL_STOP/PCICLK1_2X PCICLK2_2X FSLC/PCICLK3_2X FSLB/PCICLK4_2X VDDPCI PCICLK5_2X PCICLK6_2X VDD48 FSLA/USB_48 *SEL24_48#/24_48Mhz GND1 DOT96T_LR/PCIeT_LR7 DOT96C_LR/PCIeC_LR7 GND2 SATACLKT_LR SATACLKC_LR VDDSATA GND3 Vtt_PwrGd/PD#/WOL_STOP# PCIeT_LR0 PCIeC_LR0 GND4 VDD PCIeT_LR1 PCIeC_LR1 PCIeT_LR2 PCIeC_LR2

ICS9LPRS916AGLF-T

; C_RESET# RESET# (Output) for Jumperfree. When PWROK is negated, the ICH8 will asserts PLTRST#.

WDT RST#

C_RESET#

select output clock=24Mhz

select pin41/42 to be PCI_STOP#/CPU_STOP#

DOT Freq.=96Mhz

S4_RLATCH

NB

1

VDDREF

SDATA

CPUT_L0*** CPUC_L0***

VDDCPU CPUT_L1F*** CPUC_L1F***

RESET_IN#/RESET#

RLATCH**

24.576Mhz

PCIeT_LR6/CPU_STOP#*

PCIeC_LR6/PCI_STOP#*

PCIeT_LR5 PCIeC_LR5 PCIeT_LR4 PCIeC_LR4 PCIeT_LR3 PCIeC_LR3

NB_BSEL0_R {17} NB_BSEL1_R {17} NB_BSEL2_R {17}

CR6 0OhmCR6 0Ohm

1 2

CR7 0Ohm /XCR7 0Ohm /X

1 2

CR8 0Ohm /MultiJumper/GPO_TrapCR8 0Ohm /MultiJumper/GPO_Trap

1 2

C_48M_SIO_R C_14M_SB_R C_PCI_1394_R

1 2

5

4

3

2

1

5

C_FSB_CPU_R{7}

D D

C C

C_FSB_CPU#_R{7}

C_FSB_NB_R{7}

C_FSB_NB#_R{7}

C_48M_SIO_R{7}

C_48M_USB_R{7}

C_14M_SB_R{7}

CR28 33OHMCR28 33OHM

CR30 33OHMCR30 33OHM

CR32 33OHMCR32 33OHM

1 2

CR14 33OhmCR14 33Ohm

1 2

CR17 33OhmCR17 33Ohm

1 2

CR21 33OhmCR21 33Ohm

1 2

CR24 33OhmCR24 33Ohm

1 2

4

CC28 10PF/50V /XCC28 10PF/50V /X

CC30 10PF/50V /XCC30 10PF/50V /X

CC31 10PF/50V /XCC31 10PF/50V /X

C_FSB_CPU {10,11}

C_FSB_CPU# {10,11}

CK_FSB_NB {14}

CK_FSB_NB# {14}

C_48M_SIO {51}

1 2

CK_48M_USB {32}

1 2

CK_14M_SB {34}

1 2

GND

3

C_PCI_SL1_R{7}

C_PCI_SL2_R{7}

C_LPC_SIO_R{7}

C_PCI_1394_R{7}

C_PCI_SB_R{7}

C_PCICLK_TPM_R{7}

2

5 6

33OHM

3 4

33OHM

1 2

33OHM

7 8

33OHM

1 2

33OHM

3 4

33OHM

7 8

33OHM

5 6

33OHM

CRN7C

CRN9B

CRN7A

CRN7D

CRN9A

CRN7B

CRN9D

CRN9C

C_PCI_S1 {28}

10PF/50V /X

CC25

1 2

C_PCI_S2 {28}

CC26 10PF/50V /XCC26 10PF/50V /X

1 2

C_LPC_SIO {51}

CC29 10PF/50V /XCC29 10PF/50V /X

12

C_PCI_1394 {37}

CC24 10PF/50V /XCC24 10PF/50V /X

1 2

C_PCI_SB {31}

CC23 10PF/50V /XCC23 10PF/50V /X

1 2

C_PCICLK_TPM {30,49,69}

CC67 10PF/50V /XCC67 10PF/50V /X

12

1

GND

B B

A A

5

4

3

06.Main Clock-2

Title :

Engineer:

ASUSTek Computer Inc.

Size Project Name

A4

Date: Sheet of

Date: Sheet

2

Engineer:

P5E-VM DO

06.Main Clock-2

Albert Chang

8 70Friday, March 28, 2008

1

Rev

1.00

of

5

LGA775A

H_A#3

L5

AB2

AD3

AB3

H15

H16

AC4

AE4

P6

M5

L4

M4

R4 T5 U6 T4 U5 U4 V5 V4

W5

K4

J5

M6

K6

J6

R6

B3 F5 A3 D2 C2 D4

G8

B2 C1 E4 P3 C3 E3

G7

F3

H4

U2

U3

J16

J17

N4

P5

A03# A04# A05# A06# A07# A08# A09# A10# A11# A12# A13# A14# A15# A16#

REQ0# REQ1# REQ2# REQ3# REQ4#

ADSTB0#

RS0# RS1# RS2# ADS# BNR# HIT# BPRI# DBSY# DRDY# HITM# INIT# LOCK# TRDY# DEFER#

IERR#

BR0#

RSP#

BINIT#

MCERR#

AP0#

AP1#

DP0#

DP1#

DP2#

DP3#

RSVD1

RSVD2

RSVD3

RSVD4

SOCKET775

H_A#4 H_A#5 H_A#6 H_A#7 H_A#8

D D

H_REQ#[0:4]{14}

H_ADSTB#0{14}

H_RS#[0:2]{14}

H_ADS#{14}

H_BNR#{14}

H_HIT#{14}

H_BPRI#{14}

H_DBSY#{14}

H_DRDY#{14}

C C

Output, Not Stuff Close to CPU Len = 0~1.5".

H_BREQ0#{14}

B B

A A

H_HITM#{14} H_INIT#{33} H_LOCK#{14}

H_TRDY#{14}

H_DEFER#{14}

H_A#9 H_A#10 H_A#11 H_A#12 H_A#13 H_A#14 H_A#15 H_A#16

H_REQ#0 H_REQ#1 H_REQ#2 H_REQ#3 H_REQ#4

H_RS#0 H_RS#1 H_RS#2

+H_VTT_OUT_R

HR1

HR1 62Ohm

62Ohm

/X/775

/X/775 mb_r0402

mb_r0402

1 2

H_IERR#

+H_VTT_OUT_L

HR2

HR2 62Ohm

62Ohm

mb_r0402

1 2

Test Pin can remove for layout space

5

4

A17# A18# A19# A20# A21# A22# A23# A24# A25# A26# A27# A28# A29# A30# A31#

A32# A33# A34# A35#

ADSTB1#

GTLREF2

GTLREF_SEL

GTLREF0

GTLREF1

FC5/GTLREF2

RSVD14/GTLREF3

F2 is GTLREF3

4

AB6 W6 Y6 Y4 AA4 AD6 AA5 AB5 AC5 AB4 AF5 AF4 AG6 AG4 AG5

AH4 AH5 AJ5 AJ6

AD5

E24

H_GTLREF_SEL

H29

H1

H2

G10

F2

H_A#17 H_A#18 H_A#19 H_A#20 H_A#21 H_A#22 H_A#23 H_A#24 H_A#25 H_A#26 H_A#27 H_A#28 H_A#29 H_A#30 H_A#31

H_A#32 H_A#33 H_A#34 H_A#35

H_CPU_GTLREF0

HR15

0Ohm

mb_r0402

mb_r0402 /X/775

/X/775

1 2

3

CPU_GTLREF0/1/2/3 Voltage Divider for Nvidia

* CPU_GTLREF = 0.612 * VTT = 0.73V

HR3 HR4 HR5 HR6 HR7 HR8 HR9 HR10

H_A#[17:31] {14}H_A#[3:16]{14}

CPU_GTLREF0/1/2/3 Voltage Divider for intel 915~ 965,975

* CPU_GTLREF = 0.63 * VTT = 0.75V HR3 HR4 HR5 HR6  124 10V213124110 HR7 HR8 HR9 HR10

CPU_GTLREF0/1/2/3 Voltage Divider for X38 G35 945(for presler)

* CPU_GTLREF = 0.67 * VTT = 0.8V

8G support

H_A#[32:35] {14}

H_ADSTB#1 {14}

H_CPU_MCH_GTLREF {14}

HT43 /X/775HT43 /X/775

1

HR11 10Ohm

HC7

HC7 220PF/50V

220PF/50V

/X/775

X7R

12

GND GND

HR3 HR4 HR5 HR6 HR7 HR8 HR9 HR10 CPU_GTLREF0/1/2/3 Voltage Divider for Q35, Q33, G33, P35, G31

* CPU_GTLREF = 0.635 * VTT = 0.76V HR3HR5 HR6 HR4 57.6

HR7 HR9 HR10  200 10V213210110 HR8  100

1 2

mb_r0402

HC2

HC2 1UF/10V

1UF/10V

Close to CPU

H_CPU_GTLREF1

HC8

HC8 220PF/50V

220PF/50V

/X/775

X7R

HR16

0Ohm

mb_r0402

mb_r0402 /X/775

/X/775

1 2

H_CPU_GTLREF2 H_CPU_GTLREF2_R

HC10

HC10 220PF/50V

220PF/50V

/X/775

X7R

Close to CPU

H_CPU_GTLREF3

HC9

HC9 220PF/50V

220PF/50V

/X/775

X7R

GND

HR12 10Ohm

12

Close to CPU

HR14 10Ohm

12

GND

HR13 10Ohm

12

1 2

mb_r0402

HC4

HC4 1UF/10V

1UF/10V

mb_r0402

HC6

HC6 1UF/10V

1UF/10V

mb_r0402

HC5

HC5 1UF/10V

1UF/10V

Close to CPU

3



63.4



100 10V213100110



210 10V213210110



100 10V213100110



200 10V213210110



115 10G213115013010

HR3

HR3 115Ohm

115Ohm

1%

H_CPU_GTLREF0_R

12

HR7

HR7 200Ohm

200Ohm

1%

GND

57.6OHM

1%

H_CPU_GTLREF1_R

HR8

12

100Ohm

1%

HR6

HR6 115Ohm

115Ohm

1%

12

HR10

HR10 200Ohm

200Ohm

1%

GND GND

HR5

115Ohm

1%

H_CPU_GTLREF3_R

12

HR9

HR9 200Ohm

200Ohm

1%

GND

+H_VTT_OUT_R

1 2

+H_VTT_OUT_R

HR4

1 2

GNDGNDGND

+H_VTT_OUT_L

1 2

+H_VTT_OUT_L

1 2

GND

2

1

0.2A Beta

LGA775B

H_D#[0:15]{14}

H_CPU_GTLREF0_R {13}

H_DBI#0{14}

H_DSTBN#0{14} H_DSTBN#2 {14}

H_CPU_GTLREF1_R {13}

H_D#[16:31]{14}

H_DBI#1{14}

H_CPU_GTLREF2_R {13}

H_DSTBN#1{14} H_DSTBP#1{14}

H_CPU_GTLREF3_R {13}

H_D#0

B4

H_D#1 H_D#2 H_D#3 H_D#4 H_D#5 H_D#6 H_D#7 H_D#8 H_D#9 H_D#10 H_D#11 H_D#12 H_D#13 H_D#14 H_D#15

H_D#16 H_D#17 H_D#18 H_D#19 H_D#20 H_D#21 H_D#22 H_D#23 H_D#24 H_D#25 H_D#26 H_D#27 H_D#28 H_D#29 H_D#30 H_D#31

2

D00#

C5

D01#

A4

D02#

C6

D03#

A5

D04#

B6

D05#

B7

D06#

A7

D07#

A10

D08#

A11

D09#

B10

D10#

C11

D11#

D8

D12#

B12

D13#

C12

D14#

D11

D15#

A8

DBI0#

C8

DSTBN0#

B9

DSTBP0#

G9

D16#

F8

D17#

F9

D18#

E9

D19#

D7

D20#

E10

D21#

D10

D22#

F11

D23#

F12

D24#

D13

D25#

E13

D26#

G13

D27#

F14

D28#

G14

D29#

F15

D30#

G15

D31#

G11

DBI1#

G12

DSTBN1#

E12

DSTBP1#

SOCKET775

ASUS TeK Computer INC

Size Project Name

A3

Date: Sheet of

D32# D33# D34# D35# D36# D37# D38# D39# D40# D41# D42# D43# D44# D45# D46# D47#

DBI2#

DSTBN2# DSTBP2#

D48# D49# D50# D51# D52# D53# D54# D55# D56# D57# D58# D59# D60# D61# D62# D63#

DBI3#

DSTBN3# DSTBP3#

P5E-VM DO

G16 E15 E16 G18 G17 F17 F18 E18 E19 F20 E21 F21 G21 E22 D22 G22

D19

G20 G19

D20 D17 A14 C15 C14 B15 C18 B16 A17 B18 C21 B21 B19 A19 A22 B22

C20

A16 C17

Title :

Engineer:

H_D#32 H_D#33 H_D#34 H_D#35 H_D#36 H_D#37 H_D#38 H_D#39 H_D#40 H_D#41 H_D#42 H_D#43 H_D#44 H_D#45 H_D#46 H_D#47

H_D#48 H_D#49 H_D#50 H_D#51 H_D#52 H_D#53 H_D#54 H_D#55 H_D#56 H_D#57 H_D#58 H_D#59 H_D#60 H_D#61 H_D#62 H_D#63

LGA775-1 (Host Bus)

1

H_D#[32:47] {14}

H_DBI#2 {14}

H_DSTBP#2 {14}H_DSTBP#0{14}

H_D#[48:63] {14}

H_DBI#3 {14}

H_DSTBN#3 {14} H_DSTBP#3 {14}

Makishin Huang

9 70Friday, March 28, 2008

Rev

0.2A

5

+H_VTT_OUT_R

HRN9B

HRN9A

HRN8B

HRN8A

56

HRN8C

34

HRN9D

12

78

HRN8D

CPU VID Termination (CPU Side)

D D

H_VID_SELECT{13,60} H_VID0{51,60} H_VID1{51,60} H_VID2{51,60} H_VID3{51,60} H_VID4{51,60} H_VID5{51,60}

H_VID6{51,60} H_VID7{51,60}

By SIO :8718  H_VID6_TBD,H_VID7_TBD H_VIDI6,H_VIDI7. For winbond and other ITE SIO,H_VID6,H_VID7

CPU Thermal Diode CAP THERMDA : Ced. M. / Presler PECI : Conroe

PECI Conreo / Allendale CPU Support

H_THERMTRIP# is O/D and need pull-high at SB side

C C

If power didn't use,can be removed

B B

H_VCC_PLL from SB or other +1.5V in power page and need to care about the sequency.

H_VCC_PLL New Feature for Conroe

A A

H_COMP8 : 24.9ohm for PCB 50ohm

HRN2A

1 2

HRN2B

3 4

HRN2C

5 6

HRN2D

7 8

HRN1A

1 2

HRN1B

3 4

HRN1C

5 6

HRN1D

7 8

30.1ohm for PCB 60ohm

5

8.2KOhm

mb_4r8p0402

1KOhm

mb_4r8p0402HRN1B

mb_4r8p0402

mb_4r8p0402HRN1D

mb_4r8p0402



H_THERM_CPU-{51,55}

+VTTCPU

H_VCCPLL

+H_VTT_OUT_R

IND 0805 10UH 125mA 20%

HL1 10UH /X/775

IND 0805 10UH 125mA 20%

HL2 10UH

PLACE COMPONENTS AS CLOSE AS POSSIBLE TO CPU SOCKET. THE TRACE WIDTH TO CAPS MUST BE NO SMALLER THAN 12 MIL.

IND 0805 10UH 125mA 20%

HL3 10UH

C.D.:HC12/H13/H14/H15 change from 10uF/10V 1206 X7R to 10uF/10V 0805 Y5V by rule.

+H_VTT_OUT_L

HC23

0.1UF/25V

/X/775

12

HC17

0.1UF/25V

/X/775

GND GND

12

GND

HRN9A

34

56

HRN9C

78

12

HR17

HR17 1KOhm

1KOhm

1%

1% mb_r0402

mb_r0402

1KOhm

1KOhm mb_4r8p0402

C_FSB_CPU{8,11} C_FSB_CPU#{8,11}

H_SKTOCC#{34}

H_THERM_CPU+{51,55}

1 2

HR63 0Ohm /X/775HR63 0Ohm /X/775

1 2

H_PECI{33}

H_THERMTRIP#{33}

GND

21

HL4

70Ohm/100Mhz

mb_l0805

HR20~HR23 BOM should be by CPU support. Don't support old CPU,then BOM should change /X

HR20 49.9OhmHR20 49.9Ohm HR21 49.9OhmHR21 49.9Ohm HR22 49.9OhmHR22 49.9Ohm HR23 49.9OhmHR23 49.9Ohm HR24 49.9OhmHR24 49.9Ohm HR25 49.9OhmHR25 49.9Ohm HR26 49.9OhmHR26 49.9Ohm HR27 49.9OhmHR27 49.9Ohm HR28 24.9OhmHR28 24.9Ohm

4

INTEL SB and other : H_FERR# need pull-high at SB side

NVC55C19..:H_FERR#

12

62ohm and H_NMI, H_INTR 150ohm need pull-high at SB side

HR62

H_THERM_CPU-_R

0Ohm

+H_VCCA

HJP1

HJP1 SHORTPIN

SHORTPIN

/X/775

1 2

+H_VCCIOPLL

(CPU FSB PLLs Power)

21

1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2

4

+VCORE

GND

H_SMI#{33} H_A20M#{33} H_FERR#{33} H_INTR{33} H_NMI{33} H_IGNNE#{33} H_STPCLK#{33}

H_VID_SELECT H_VID0_R H_VID1_R H_VID2_R H_VID3_R H_VID4_R H_VID5_R H_VID6_R H_VID7_R

12

HC12

HC12 10UF/10V

10UF/10V

H_VSSA

12

HC13

HC13 10UF/10V

10UF/10V

H_VCC_PLL

12

HC15

HC15 10UF/10V

10UF/10V

/X/775

HC11

12

100PF/50V

12

GNDGND

H_COMP6 H_COMP7 H_COMP4 H_COMP5 H_COMP0 H_COMP1 H_COMP2 H_COMP3 H_COMP8

HC16

0.1UF/25V

LGA775C

P2

SMI#

K3

A20M#

R3

FERR#/PBE#

K1

LINT0/INTR

L1

LINT1/NMI

N2

IGNNE#

M3

STPCLK#

AN7

VID_SECECT

AM2

VID0

AL5

VID1

AM3

VID2

AL6

VID3

AK4

VID4

AL4

VID5

AM5

VID6

AM7

VID7

F28

BCLK0

G28

BCLK1

AE8

SKTOCC#

AL1

THERMDA

NPO

AK1

THERMDC

G5

PECI

M2

THERMTRIP#

AN3

VCC_SENSE

AN4

VSS_SENSE

AN5

VCC_MB_REGULATION

AN6

VSS_MB_REGULATION

AL8

VCC_D_SENSE

AL7

VSS_D_SENSE

A23

VCCA

B23

VSSA

C23

VCCIOPLL

D23

VCC_PLL

Y3

COMP6

AE3

COMP7

J2

COMP4

T2

COMP5

A13

COMP0

T1

COMP1

G2

COMP2

R1

COMP3

B13

COMP8

AJ7

RSVD7

AH7

RSVD8

SOCKET775

3

TESTHI_2 TESTHI_3 TESTHI_4 TESTHI_5 TESTHI_6 TESTHI_7 TESTHI_0

TESTHI08 TESTHI09 TESTHI10

TESTHI_1 TESTHI_11 TESTHI_12 TESTHI_13

RSVD34

RSVD33

RSVD35

RSVD36

RSVD12

BOOTSELECT

RSVD9

RSVD21

LL_ID0

LL_ID1

RESET#

PWRGOOD

PROCHOT#

FORCEPR#

IMPSEL

MSID1 MSID0

F25 G25 G27 G26 G24 F24 F26

G3 G4 H5

W3 P1 W2 L2

U1

G1

A24

E29

AH2

Y1

F29

G6

V2

AA2

AL3

NC

G23

N1

AL2

AK6

F6

V1 W1

H_TESTHI_2 H_TESTHI_3 H_TESTHI_4 H_TESTHI_5 H_TESTHI_6 H_TESTHI_7 H_TESTHI_0

1.Close to CPU Len = 0 ~ 3 in.

2. VC is 62 Ohm

H_TESTHI_8 H_TESTHI_9 H_TESTHI_10

H_TESTHI_1 H_TESTHI_11

H_TESTHI_13

H_TESTHI_12

H_TP_CPU_G1

H_TP_DCKLPH_A24

H_TP_SFRANAD2_E29

H_TP_CPU_AH2

H_CPUBOOT

H_TP_RSD_E29

H_TP_SLEWCTRL_G6

H_TP_LL_ID0_V2

H_TP_LL_ID1_AA2

H_TP_VRDSEL

H_CPURST#

H_CPUPWRGD

H_PROCHOT#

H_FORCEPR#

H_IMPSEL

HR36 51Ohm

H_MSID1 H_MSID0

12

2

HRN3A

H_TESTHI_12

1 2

HR29 51Ohm

1 2

3 4

51Ohm

7 8

51Ohm

1 2

51Ohm

5 6

51Ohm

Connected to Pin "TESTHI_12"

HR30 51Ohm

1 2

HR31 1KOhm /X/775

1

1 2

12

HR37

HR37 51Ohm

51Ohm

mb_r0402

GND

1 2

1% mb_r0402

HT41/X/775HT41/X/775

HT18 /X/775HT18 /X/775

HT29 /X/775HT29 /X/775

HT17 /X/775HT17 /X/775

HT26 /X/775HT26 /X/775

HT30 /X/775HT30 /X/775

HT42 /X/775HT42 /X/775

HR32 62Ohm

1 2

HR33 100Ohm /X/775HR33 100Ohm /X/775

1 2

HR34 120Ohm 1%HR34 120Ohm 1%

1 2

HR35 120Ohm 1%HR35 120Ohm 1%

1 2

mb_r0402

HR38

HR38 51Ohm

51Ohm

mb_r0402

HR37 HR38 bom by design. Default 05P

GND

2

+VTTCPU

51Ohm

mb_r0402

+H_VTT_OUT_L

HRN3B

HRN3D

HRN4B

HRN4B HRN4D

HRN4D HRN4A

HRN4A HRN4C

HRN4C

mb_r0402

HR64

1 2

51Ohm

/X/775

/X/775 mb_r0402

mb_r0402

HR36: 51ohm for 1080, NC for 2116

H_MSID0 {13}

HRN3B

HRN3C

51Ohm

7 8

+H_VTT_OUT_R

+H_VTT_OUT_L

+H_VTT_OUT_R

51Ohm

3 4

5 6

+H_VTT_OUT_L

GND

ASUS TeK Computer INC

Size Project Name

A3

Date: Sheet of

1

H_TESTHI_8 {11} H_TESTHI_9 {11}

Depend on chipset support : Connected to SB CPUSLP# ICH8: can disconnect

H_TP_CPU_G1 {11}

H_CPUBOOT {13}

BL support BOOTSELECT Y1: Weak Internal PU

2005P

MSID1 GND GND

MSID0

H_CPURST# {11,14}

HR32 : Close to CPU Len = 0 ~ 3 in.

H_CPUPWRGD {11,34}

HR33 : Intel CRB Remove it

H_PROCHOT#:If use the input and output function,need to PU

H_FORCEPR# {60,67}

H_FORCEPR#,H_PROCHOT# : Use for Dual-Core CPU VR Thermal Control Circuit(TCC)

P5E-VM DO

GND

H_PROCHOT# {60,67}

Title :

Engineer:

1

0.2A Beta

2005V

GND

NC

06(65W)

NC

LGA775-2 (CPU, VID, Misc.)

Makishin Huang

10 70Friday, March 28, 2008

Rev

0.2A

5

H_BSEL[0:2] need pull-high 470 ~ 1K to +VTTCPU at CLKGEN page. 470 ~ 1K depend on supporting retraping

H_VTT_SELECT should be pull high at POWER PAGE

D D

VCORE controllor had pu 560ohm to +H_VTT_OUT_R

C C

H_BSEL0{7} H_BSEL1{7} H_BSEL2{7}

H_VTT_SELECT{65}

P_VTT_PWRGD{60}

+H_VTT_OUT_L

+H_VTT_OUT_R

Test Pin can remove for layout space

BSEL2 CPU FrequencyBSEL0

B B

A A

BSEL1

0 0 0 0

0 1 0

0 1 0 01

5

266MHz

133MHz

200MHz

333MHz

H_CPUPWRGD{10,34}

S_SMBCLK_MAIN{7,21,22,30,36} S_SMBDATA_MAIN{7,21,22,30,36}

+H_VTT_OUT_R

H_TESTHI_8{10} H_TESTHI_9{10}

HR41 0Ohm /X/BOT/Nomask/XDPHR41 0Ohm /X/BOT/Nomask/XDP HR42 0Ohm /X/BOT/Nomask/XDPHR42 0Ohm /X/BOT/Nomask/XDP

Connected to CPU

+H_VTT_OUT_R

Connected to CPU

1 2 1 2

mb_r0402

HR43 1KOhm /X/XDP1%

HR44 0Ohm

/X/XDP

mb_r0402

HR45 62Ohm /X/XDP

GND

4

+H_VTT_OUT_R

12

HC19

0.1UF/25V

/X/775

GND

12

HC18

0.1UF/25V

/X/775

TCK/TDI/TMS : near CPU, < 1.5"

12

HC21

0.1UF/25V

GND

12

HC20

0.1UF/25V

GNDGND

Close to CPU Close to CPU

62Ohm

62Ohm 62Ohm

62Ohm

4

HRN7B HRN7A

HRN7D

HRN7D HRN7C

HRN7C

3 4 1 2

H_BPM#3 H_BPM#2

1 2

H_TCK

mb_4r8p0402

7 8 5 6

3

A29 B25 B29 B30 C29 A26 B27 C28 A25 A28 A27 C30 A30 C25 C26 C27 B26 D27 D28 D25 D26 B28 D29 D30

C9

AJ2 AJ1 AD2 AG2 AF2 AG3

AE1 AD1 AF1 AC1 AG1

AK3

AJ3

AC2

N5

BPM5# BPM4#

GND5 BPM1# BPM0#

GND6

BCLK0 BCKL1

GND7

RESET#

DBR#

TDO

TRST#

GND8

TMS

3

+VTTCPU

H_TP_N5

TDI

H_TEST

H_BPM#0 H_BPM#1 H_BPM#2 H_BPM#3 H_BPM#4 H_BPM#5

H_TCK H_TDI H_TDO H_TMS H_TRST#

H_ITP_CLK

H_ITP_CLK#

1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31

Test Pin can remove for layout space

Connected to ITP

HR61 1KOhm

1 2

/X/7751%mb_r0402

GND



H_BPM#5 H_BPM#5 H_BPM#4

H_BPM#1 H_BPM#0

H_ITP_CLK_R H_ITP_CLK#_R

H_ITP_CPURST# O_RSTCON# H_TDO H_TRST# H_TRST#

H_TDI H_TMS

LGA775D

G29

BSEL0

H30

BSEL1

G30

BSEL2

F27

VTT_SEL

HR39

HR39 1KOhm

1KOhm

/X/775

/X/775 1%

1% mb_r0402

mb_r0402

AM6

VTTPWRGD

J1

VTT_OUT_L

AA1

VTT_OUT_R

E7

RSVD19

AE6

RSVD20

D16

RSVD22

A20

RSVD23

E23

RSVD31

SOCKET775

*ITP,HR47,HR48,HR41,HR42 place on bottom. ** The HRN7 of H_TCK, H_TRST#, and H_BPM5# must be mounted.

Default XDPfunction



XDP CONNECTOR BOM  󰒏REWORK

XDP HRN5 HRN6 HR44 HR46 HR51

/X/XDPHRN7B

/X/XDP /X/XDPHRN7A

/X/XDP

+H_VTT_OUT_R

H_BPM#3 H_BPM#2

H_ITP_PWRGD H_ITP_TESTIN#

GND

VTT1 VTT2 VTT3 VTT4 VTT5 VTT6 VTT7 VTT8

VTT9 VTT10 VTT11 VTT12 VTT13 VTT14 VTT15 VTT16 VTT17 VTT18 VTT19 VTT20 VTT21 VTT22 VTT23 VTT24

RSVD18

BPM0# BPM1# BPM2# BPM3# BPM4# BPM5#

TCK

TDI TDO TMS

TRST#

ITPCLKOUT0

ITPCLKOUT1

DBR#

RSVD17

XDP

2

GND1

4

BPM3#

6

BPM2#

8

GND2

10

PWRGOOD

12

RESERVED

14

VTT

16

GCLKp

18

GCLKn

20

GND3

22

SCL

24

SDA

26

GND4

28

NC

30

TCK

BTOB_CON_31P

/X/BOT/Nomask/XDP

2

HR52 1KOhm /X/775

HR52 1KOhm /X/775 HR53 1KOhm /X/775

HR53 1KOhm /X/775

GND

HR47 0Ohm /X/BOT/Nomask/XDPHR47 0Ohm /X/BOT/Nomask/XDP HR48 0Ohm /X/BOT/Nomask/XDPHR48 0Ohm /X/BOT/Nomask/XDP

TDO: Close to ITP connector TCK/TDI/TMS : near CPU, < 1.5"

1 2 1 2

1% mb_r0402

1% mb_r0402 1% mb_r0402

1% mb_r0402

+H_VTT_OUT_R +H_VTT_OUT_L

HRN6C

5 6 7 8 1 2 3 4

mb_4r8p0402

1 2 5 6 7 8 3 4

HRN6C

62Ohm

HRN6D

/X/XDPHRN6D

62Ohm

62Ohm 62Ohm

62Ohm

1 2 1 2

H_BPM#4

H_BPM#1 H_BPM#0

HR51 1KOhm /X/XDP 1% mb_r0402HR51 1KOhm /X/XDP 1% mb_r0402

62Ohm

62Ohm 62Ohm

62Ohm

/X/XDP

HRN6A

/X/XDPHRN6A

/X/XDP

HRN6B

/X/XDP

HRN6B

/X/XDP

mb_4r8p0402

1 2

HRN5A

HRN5A HRN5C HRN5D HRN5B

HRN5B

2

Connected to CPU

/X/XDP

/X/XDP /X/XDPHRN5C

/X/XDP /X/XDPHRN5D

/X/XDP

LGA775F

AF28

VSS60

AF27

VSS59

AF26

VSS58

AF25

VSS57

AF24

VSS56

AF23

VSS55

AF20

VSS54

AF17

VSS53

AF16

VSS52

AF13

VSS51

AF10

VSS50

AE7

VSS49

AE5

VSS48

AE30

VSS47

AE29

VSS46

AE28

VSS45

AE27

VSS44

AE26

VSS43

AE25

VSS42

AE24

VSS41

AE20

VSS40

AE2

VSS39

AE17

VSS38

AE16

VSS37

AE13

VSS36

AE10

VSS35

AD7

VSS34

AD4

VSS33

AC7

VSS32

GND

D1

RSVD27

D14

RSVD28

E6

RSVD30

F23

H_DCLKPH_E5 H_ACLKPH_J3

HR66 0Ohm /X/XDP/NomaskHR66 0Ohm /X/XDP/Nomask

1 2

HR67 0Ohm /X/XDP/NomaskHR67 0Ohm /X/XDP/Nomask

1 2

HR49 0Ohm /X/XDP/NomaskHR49 0Ohm /X/XDP/Nomask

1 2

HR50 0Ohm /X/XDP/NomaskHR50 0Ohm /X/XDP/Nomask

1 2

H_TDO

H_TDI H_TMS

+H_VTT_OUT_R

GND

RSVD31

E5

RSVD29

J3

RSVD32

SOCKET775

Connected

12

to CPU

HR46

HR46 51Ohm

51Ohm

mb_r0402

mb_r0402 /X/XDP

/X/XDP

H_TEST

Connected to CPU

ASUS TeK Computer INC

Size Project Name

A3

Date: Sheet of

Date: Sheet

H_TP_CPU_G1 {10}

H_ITP_CLK H_ITP_CLK#

C_FSB_CPU {8,10} C_FSB_CPU# {8,10}

Engineer:

P5E-VM DO

1

0.2A Beta

A12

VSS1

A15

VSS2

A18

VSS3

A2

VSS4

A21

VSS5

A6

VSS7

A9

VSS8

AA23

VSS9

AA24

VSS10

AA25

VSS11

AA26

VSS12

AA27

VSS13

AA28

VSS14

AA29

VSS15

AA3

VSS16

AA30

VSS17

AA6

VSS18

AA7

VSS19

AB1

VSS20

AB23

VSS21

AB24

VSS22

AB25

VSS23

AB26

VSS24

AB27

VSS25

AB28

VSS26

AB29

VSS27

AB30

VSS28

AB7

VSS29

AC3

VSS30

AC6

VSS31

1

post_nc1

2

post_nc2

3

post_nc3

4

post_nc4

HR66 HR67 HR49 HR50

󰒏󰂁󰑖󰟓

H_CPURST# {10,14} O_RSTCON# {7,34,59}

LGA775-3 (FSBSEL, ITP I/F)

1

LGA775-3 (FSBSEL, ITP I/F)

Makishin Huang

11 70Friday, March 28, 2008

Title :

GND

Rev

0.2A

of

5

4

3

2

1

0.2A Beta

LGA775G

P23 P24 P25 P26 P27 P28 P29 P30

R23 R24 R25 R26 R27 R28 R29 R30

V23 V24 V25 V26 V27 V28 V29

V30

L23 L24 L25 L26 L27 L28 L29

L30

W4 W7

K7

L3

L6

L7 M1 M7

N3

N6

N7

P4

P7

R2

R5

R7

T3

T6

T7

U7

V3

V6

V7

Y2

Y5

Y7

LGA775G

SOCKET775

K5

VSS218 VSS219 VSS220 VSS221 VSS222 VSS223 VSS224 VSS225 VSS226 VSS227 VSS228 VSS229 VSS230 VSS231 VSS232 VSS233 VSS234 VSS235 VSS236 VSS237 VSS238 VSS239 VSS240 VSS241 VSS242 VSS243 VSS244 VSS245 VSS246 VSS247 VSS248 VSS249 VSS250 VSS251 VSS252 VSS253 VSS254 VSS255 VSS256 VSS257 VSS258

VSS260 VSS261 VSS262 VSS263 VSS264 VSS265 VSS266 VSS267 VSS268 VSS269 VSS270 VSS271 VSS272 VSS273 VSS274 VSS275 VSS276

VSS61

VSS62

VSS63

AF3

AF29

AF30

Standard Circuit

1

SOCKET775

E11

E14

E17

E20

E25

E26

E27

E28

F10

F13

F16

F19

F22

H10

H11

H12

H13

H14

H17

H18

H19

H20

H21

H22

H23

H24

H25

H26

H27

H28

VSS171D9VSS172

VSS173

VSS174

VSS175E2VSS176

VSS177

VSS178

VSS179

VSS180

VSS182E8VSS183

VSS184

VSS185

VSS186

VSS187

VSS188F4VSS189F7VSS191

VSS192

VSS193

VSS194

VSS195

VSS196

VSS197

VSS198

VSS199

VSS200

VSS201

VSS202

VSS203

VSS204

VSS205

VSS206

VSS207

VSS209H3VSS210H6VSS211H7VSS212H8VSS213H9VSS214J4VSS215J7VSS216K2VSS217

D6

VSS170

D5

VSS169

D3

VSS168

D24

VSS167

D21

VSS166

D18

VSS165

D15

VSS164

D12

VSS163

C7

VSS162

C4

VSS161

C24

VSS160

C22

VSS159

C19

VSS158

C16

VSS157

C13

VSS156

C10

VSS155

B8

VSS154

B5

VSS153

B24

VSS152

B20

VSS151

B17

VSS150

B14

VSS149

B11

VSS148

B1

VSS147

AN28

VSS145

AN27

VSS144

AN24

VSS143

AN23

VSS142

AN20

VSS141

AN2

VSS140

AN17

VSS139

AN16

VSS138

AN13

VSS137

AN10

VSS136

AN1

VSS135

AM4

VSS133

AM28

VSS132

AM27

VSS131

AM24

VSS130

AM23

VSS129

AM20

VSS128

AM17

VSS127

AM16

VSS126

AM13

VSS125

AM10

VSS124

AM1

VSS123

AL28

VSS120

AL27

VSS119

AL24

VSS118

AL23

VSS117

AL20

VSS116

AL17

VSS115

AL16

VSS114

AL13

VSS113

AL10

VSS112

AK7

VSS111

AK5

VSS110

AK30

VSS109

VSS64

VSS65

VSS66

VSS67

VSS68

VSS69

VSS70

VSS71

VSS72

VSS73

VSS74

VSS75

VSS76

VSS77

VSS78

VSS79

VSS80

VSS81

VSS82

VSS83

VSS85

VSS86

VSS87

VSS88

VSS89

VSS90

VSS91

VSS92

VSS93

VSS94

VSS95

VSS96

VSS98

VSS99

VSS100

VSS101

VSS102

VSS103

VSS104

VSS105

VSS106

VSS107

VSS108

AF6

AF7

AG10

AG13

AG16

AH1

AG7

AH10

AG17

AG20

AH13

AG23

AG24

AH3

AH6

AJ10

AJ13

AJ16

AJ17

AJ20

AH16

AH17

AH20

AH23

AH24

AJ23

AJ4

AJ24

AJ27

AJ28

AJ29

AJ30

AK2

AK10

AK13

AK16

AK17

AK20

AK23

AK24

AK27

AK28

AK29

CPU

REV.

Socket775

H_0.2A Beta

LGA775E

+VCORE

D D

C C

B B

A A

K24 K25 K26 K27 K28 K29 K30

Y30 Y29 Y28 Y27 Y26 Y25 Y24 Y23

W30 W29 W28 W27 W26 W25 W24 W23

U30 U29 U28 U27 U26 U25 U24 U23

T30 T29 T28 T27 T26 T25 T24 T23

N30 N29 N28 N27 N26 N25 N24 N23

M30 M29 M28 M27 M26 M25 M24 M23

K8 Y8

W8

V8 U8

T8

R8 P8 N8

M8

L8

SOCKET775

K23

VCC158J8VCC159J9VCC160

VCC161 VCC162 VCC163 VCC164 VCC165 VCC166 VCC167 VCC168 VCC169 VCC170 VCC171 VCC172 VCC173 VCC174 VCC175 VCC176 VCC177 VCC178 VCC179 VCC180 VCC181 VCC182 VCC183 VCC184 VCC185 VCC186 VCC187 VCC188 VCC189 VCC190 VCC191 VCC192 VCC193 VCC194 VCC195 VCC196 VCC197 VCC198 VCC199 VCC200 VCC201 VCC202 VCC203 VCC204 VCC205 VCC206 VCC207 VCC208 VCC209 VCC210 VCC211 VCC212 VCC213 VCC214 VCC215 VCC216 VCC217 VCC218 VCC219 VCC220 VCC221 VCC222 VCC223 VCC224 VCC225 VCC226

VCC1

VCC2

VCC3

AA8

AB8

AC23

+VCORE

AM25

AM26

AM29

AM30

AM8

AM9

AN11

AN12

AN14

AN15

AN18

AN19

AN21

AN22

AN25

AN26

AN29

AN30

AN8

AN9

J10

J11

J12

J13

J14

J15

J18

J19

J20

J21

J22

J23

J24

J25

J26

J27

J28

J29

J30

VCC119

VCC120

VCC121

VCC122

VCC123

VCC124

VCC125

VCC126

VCC127

VCC128

VCC129

VCC130

VCC131

VCC132

VCC133

VCC134

VCC135

VCC136

VCC137

VCC138

VCC139

VCC140

VCC141

VCC142

VCC143

VCC144

VCC145

VCC146

VCC147

VCC148

VCC149

VCC150

VCC151

VCC152

VCC153

VCC154

VCC155

VCC156

VCC157

VCC4

VCC5

VCC6

VCC7

VCC8

VCC9

VCC10

VCC11

VCC12

VCC13

VCC14

VCC15

VCC16

VCC17

VCC18

VCC19

VCC20

VCC21

VCC22

VCC23

VCC24

VCC25

VCC26

VCC27

VCC28

VCC29

VCC30

VCC31

VCC32

VCC33

VCC34

VCC35

VCC36

VCC37

VCC38

VCC39

VCC40

AF8

AC24

AC25

AC8

AC26

AC27

AC28

AC29

AC30

AD23

AD24

AD25

AD8

AE11

AE12

AE14

AD26

AD27

AD28

AD29

AE15

AD30

AE9

AF11

AF12

AF14

AE18

AE19

AE21

AF15

AE22

AE23

AF9

AF18

AF19

AF21

AF22

VCC41

AG11

VCC118 VCC117 VCC116 VCC115 VCC114 VCC113 VCC112 VCC111 VCC110

VCC108 VCC107 VCC106 VCC105 VCC104 VCC103 VCC102 VCC101 VCC100

VCC99 VCC98 VCC97 VCC96 VCC95 VCC94 VCC93 VCC92 VCC91 VCC90 VCC89 VCC88 VCC87 VCC86 VCC85 VCC84 VCC83 VCC82 VCC81 VCC80 VCC79 VCC78 VCC77 VCC76 VCC75 VCC74 VCC73 VCC72 VCC71 VCC70 VCC69 VCC68 VCC67 VCC66 VCC65 VCC64 VCC63 VCC62 VCC61 VCC60 VCC59 VCC58 VCC57 VCC56 VCC55 VCC54 VCC53 VCC52 VCC51 VCC50 VCC49 VCC48 VCC47 VCC46 VCC45

VCC42

VCC43

AG12

AG14

AM22 AM21 AM19 AM18 AM15 AM14 AM12 AM11 AL9

AL30 AL29 AL26 AL25 AL22 AL21 AL19 AL18 AL15 AL14 AL12 AL11 AK9 AK8 AK26 AK25 AK22 AK21 AK19 AK18 AK15 AK14 AK12 AK11 AJ9 AJ8 AJ26 AJ25 AJ22 AJ21 AJ19 AJ18 AJ15 AJ14 AJ12 AJ11 AH9 AH8 AH30 AH29 AH28 AH27 AH26 AH25 AH22 AH21 AH19 AH18 AH15 AH14 AH12 AH11 AG9 AG8 AG30 AG29 AG28 AG27 AG26 AG25 AG22 AG21 AG19 AG18

VCC44

AG15

GND GND

Title :

Engineer:

ASUS TeK Computer INC

Size Project Name

A3

Date: Sheet of

5

4

3

2

Date: Sheet of

P5E-VM DO

Engineer:

LGA775-4(POWER)

Makishin Huang

1

Rev

0.2A

12 70Friday, March 28, 2008

0.2A

5

D D

H_VID_SELECT GND HIGH

H_CPUBOOT

H_MSID0 GND

H_VID_SELECT{10,60}

H_VID_SELECT

VRD10.1

FLOATING

HR73 8.2KOhm

1 2

C C

GTLREF over Voltage circuit (Yorkfield,Wolfdale)

GPIO-1.Default Input PIN with standby power

2.Default output high PIN with standby power

B B

A A

This table only for Q35, Q33, G33, P35, G31 Other is TBD

OV2OV3

1

0

OV10Ratio Set

1 1 1 0

0 1 00

1

1 1 0 0

1

0

0.635

0.618

0.597

0.581

0.576

0.561

0.545

0.531

GPIO-1.Default Input PIN with standby power

2.Default output high PIN with standby power

GPIO-1.Default Input PIN with standby power

2.Default output high PIN with standby power

VRD11

GND

FLOATING

mb_r0402

H_GTLREF_OV3#{51}

HRN14C 8.2KOhm

5 6

mb_4r8p0402

HRN14D 8.2KOhm

4

H_VID_SELECT_B

HC25

0.1UF/16V

/X/775

/X/775 mb_c0402

mb_c0402

78

mb_4r8p0402

+5V +5VSB

HR68

0Ohm

/X/775

12

1

+3VSB

12

H_GTLREF_OV1#{51}

H_GTLREF_OV2#{51}

HQ3

B

HRN15A

2.7KOhm

mb_4r8p0402

GND

1 2

78

C

1 2

HRN11D

2.7KOhm

mb_4r8p0402

3

PMBS3904

E

E 2

2

HRN14A

8.2KOhm

mb_4r8p0402

H_SW_P

H_GTLREF_OV3#_B

+3VSB

1

12

HC24

0.1UF/16V

/X/775

/X/775 mb_c0402

mb_c0402

34

HRN15B

2.7KOhm

mb_4r8p0402

5 6

HRN15D

7 8

2.7KOhm

mb_4r8p0402

1 2

56

32

3

D

1

G

S

2

GND

HRN10C

8.2KOhm

mb_4r8p0402

+3VSB

56

3

NEW CPU SWITCH (Conroe ,Wolfdale)

HR69

0Ohm

HRN11C

2.7KOhm

mb_4r8p0402

H_CPUBOOT_G

HQ2

H2N7002

HQ10

B

1

B

1

HRN15C

2.7KOhm

mb_4r8p0402

H_MSID0_G

+5VSB

HRN14B

8.2KOhm

mb_4r8p0402

3 4

H_GTLREF_OV3#_C

3

C

PMBS3904

E

E 2

2

GND

H_GTLREF_OV1#_B

HRN10D

7 8

8.2KOhm

mb_4r8p0402

HRN11A

1 2

2.7KOhm

mb_4r8p0402

HRN11B

3 4

2.7KOhm

mb_4r8p0402

1

+5VSB

HQ6

B

1

B

1

H_GTLREF_OV2#_B

H_CPUBOOT

32

3

D

HQ1

1

H2N7002

G

S

2

H_CPUBOOT_S

H_MSID0

32

3

D

HQ4

1

H2N7002

G

S

/X/775

2

H_MSID0_S

32

3

D

1

G

S

2

H_GTLREF_OV3#_S

12

GND

12

HRN10A

8.2KOhm

mb_4r8p0402

H_GTLREF_OV1#_C

3

C

PMBS3904

E

E 2

2

GND

HQ9

H2N7002

HR81

357Ohm

0.01

HQ8

B

1

B

1

HR72 51Ohm

1 2

HR74 51Ohm

1 2

mb_r0402

1

G

+5VSB

34

HRN10B

8.2KOhm

mb_4r8p0402

H_GTLREF_OV2#_C

3

C

PMBS3904

E

E 2

2

GND

H_CPUBOOT {10}

mb_r0402

GND

H_MSID0 {10}

/X/775

GND

H_GTLREF_OV_D

32

3

HQ5

D

H2N7002

S

2

H_GTLREF_OV1#_S

12

HR75

1.3KOhm

1%

GND

2

1

G

32

3

HQ7

D

H2N7002

S

2

H_GTLREF_OV2#_S

HR76

576Ohm

1%

1 2

GND

1

0.2A Beta

HR77 0Ohmmb_r0402 /X/775HR77 0Ohmmb_r0402 /X/775

1 2

HR78 0Ohmmb_r0402 HR78 0Ohmmb_r0402

1 2

HR79 0Ohmmb_r0402 /X/775HR79 0Ohmmb_r0402 /X/775

1 2

HR80 0Ohmmb_r0402 /X/775HR80 0Ohmmb_r0402 /X/775

1 2

ASUS TeK Computer INC

Size Project Name

A3

Date: Sheet of

P5E-VM DO

H_CPU_GTLREF0_R {9}

H_CPU_GTLREF1_R {9}

H_CPU_GTLREF2_R {9}

H_CPU_GTLREF3_R {9}

Title :

Engineer:

LGA775-5(SWITCH)

Makishin Huang

13 70Friday, March 28, 2008

Rev

0.2A

5

H_A#[3:16]{9}

D D

H_A#[17:31]{9}

H_A#[32:35]{9}

C C

B B

H_REQ#[0:4]{9}

H_ADSTB#0{9} H_ADSTB#1{9}

H_DSTBP#0{9} H_DSTBN#0{9} H_DBI#0{9}

H_DSTBP#1{9} H_DSTBN#1{9} H_DBI#1{9}

H_DSTBP#2{9} H_DSTBN#2{9} H_DBI#2{9}

H_DSTBP#3{9} H_DSTBN#3{9} H_DBI#3{9}

H_ADS#{9}

H_TRDY#{9}

H_DRDY#{9}

H_DEFER#{9}

H_HITM#{9} H_HIT#{9} H_LOCK#{9}

H_BREQ0#{9}

H_BNR#{9}

H_BPRI#{9}

H_DBSY#{9}

H_RS#[0:2]{9}

H_CPURST#{10,11}

CK_FSB_NB#{8} CK_FSB_NB{8}

H_A#3 H_A#4 H_A#5 H_A#6 H_A#7 H_A#8 H_A#9 H_A#10 H_A#11 H_A#12 H_A#13 H_A#14 H_A#15 H_A#16 H_A#17 H_A#18 H_A#19 H_A#20 H_A#21 H_A#22 H_A#23 H_A#24 H_A#25 H_A#26 H_A#27 H_A#28 H_A#29 H_A#30 H_A#31 H_A#32 H_A#33 H_A#34 H_A#35

H_REQ#0 H_REQ#1 H_REQ#2 H_REQ#3 H_REQ#4

H_RS#0 H_RS#1 H_RS#2

N32 N34 M38 N37 M36 R34 N35 N38 U37 N39 R37

R39

R38 U36 U33 R35

AA37

G43

M34 U34

M42 M43 M40

G35 H33

G27 H27 G29

C38

W40

W41

U42

AA42

W42

G39 U40

U41

AA41

U39

C31

U32 R32

J42 L39 J40 L37 L36 K42

P42

V36

V33 V35 Y34 V42 V38 Y36 Y38 Y39

F40 L35 L38

J37

J33

B38

E33

Y40

T43 Y43

V41

4

NU1A

HA3# HA4# HA5# HA6# HA7# HA8# HA9# HA10# HA11# HA12# HA13# HA14# HA15# HA16# HA17# HA18# HA19# HA20# HA21# HA22# HA23# HA24# HA25# HA26# HA27# HA28# HA29# HA30# HA31# HA32# HA33# HA34# HA35#

HREQ0# HREQ1# HREQ2# HREQ3# HREQ4#

HADSTB0# HADSTB1#

HDSTBP0# HDSTBN0# HDINV#0

HDSTBP1# HDSTBN1# HDINV#1

HDSTBP2# HDSTBN2# HDINV#2

HDSTBP3# HDSTBN3# HDINV#3

HADS# HTRDY# HDRDY# HDEFER# HITM# HIT# HLOCK# HBREQ0# HBNR# HBPRI# HDBSY#

HRS0# HRS1# HRS2#

HCPURST#

HCLKN HCLKP

FSB

HD0 HD1 HD2 HD3 HD4 HD5 HD6 HD7 HD8

HD9 HD10 HD11 HD12 HD13 HD14 HD15 HD16 HD17 HD18 HD19 HD20 HD21 HD22 HD23 HD24 HD25 HD26 HD27 HD28 HD29 HD30 HD31 HD32 HD33 HD34 HD35 HD36 HD37 HD38 HD39 HD40 HD41 HD42 HD43 HD44 HD45 HD46 HD47 HD48 HD49 HD50 HD51 HD52 HD53 HD54 HD55 HD56 HD57 HD58 HD59 HD60 HD61 HD62 HD63

HSCOMP

HSCOMP#

HRCOMP

HSWING

HDVREF

HACCVREF

R40 P41 R41 N40 R42 M39 N41 N42 L41 J39 L42 J41 K41 G40 F41 F42 C42 D41 F38 G37 E42 E39 E37 C39 B39 G33 A37 F33 E35 K32 H32 B34 J31 F32 M31 E31 K31 G31 K29 F31 J29 F29 L27 K27 H26 L26 J26 M26 C33 D35 E41 B41 D42 C40 C35 B40 D38 D37 B33 D33 C34 B35 A32 D32

C25 D25 D23

B25

D24 B24

H_D#0 H_D#1 H_D#2 H_D#3 H_D#4 H_D#5 H_D#6 H_D#7 H_D#8 H_D#9 H_D#10 H_D#11 H_D#12 H_D#13 H_D#14 H_D#15 H_D#16 H_D#17 H_D#18 H_D#19 H_D#20 H_D#21 H_D#22 H_D#23 H_D#24 H_D#25 H_D#26 H_D#27 H_D#28 H_D#29 H_D#30 H_D#31 H_D#32 H_D#33 H_D#34 H_D#35 H_D#36 H_D#37 H_D#38 H_D#39 H_D#40 H_D#41 H_D#42 H_D#43 H_D#44 H_D#45 H_D#46 H_D#47 H_D#48 H_D#49 H_D#50 H_D#51 H_D#52 H_D#53 H_D#54 H_D#55 H_D#56 H_D#57 H_D#58 H_D#59 H_D#60 H_D#61 H_D#62 H_D#63

H_SCOMP H_SCOMP# H_RCOMP

10/7

H_SWING

MCH_GTLREF0

GND

1 2

3

NR7

16.5Ohm

/O

H_D#[0:15] {9}

H_D#[16:31] {9}

H_D#[32:47] {9}

H_D#[48:63] {9}

2

H_CPU_MCH_GTLREF{9}

10/7

MCH_GTLREF0

+VTTCPU

10/10

NR1

1 2

51Ohm

/O

12

NC1

0.1UF/16V

/O

NR5 49.9Ohm

1 2

/O

NR6 49.9Ohm

1 2

2.7PF/50V

NR9

1 2

49.9Ohm

/O

1

0Ohm

1 2

/X

NR3

NC2

1UF/10V

NC3

/X

GND

H_SWING_DIVH_SWING

12

NC5

0.1UF/16V

+VTTCPU

GND

10/7

H_SCOMP

H_SCOMP#

12

NC4

2.7PF/50V

/X

+VTTCPU

12

1 2

NR2

1 2

NR8

301Ohm

/O

NR10

100Ohm

1KOhm

/O

NR4

2KOHM

/O

Title :

1

GND

BEARLAKE-1

Tyler_Yuan

of

14 70Friday, March 28, 2008

of

14 70Friday, March 28, 2008

of

14 70Friday, March 28, 2008

Rev

1.01G

A A

H_CPURST#{10,11}

0.1UF/16V

/X

5

NC146

GND

12



C

󰀫󰓟

BEARLAKE

/O

NB

4

3

2

Engineer:

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet

Engineer:

P5E-VM DO

5

C_PCIE_NB{7}

D D

C C

C_PCIE_NB#{7}

X_SDVO_DATA{26} X_SDVO_CLK{26}

SDVO CTRL DATA 1: SDVO CARD PRESENT, PEG DISABLE 0: SDVO DISABLE (DEFAULT)

X_1X16_RXP0{26} X_1X16_RXN0{26} X_1X16_RXP1{26} X_1X16_RXN1{26} X_1X16_RXP2{26} X_1X16_RXN2{26} X_1X16_RXP3{26} X_1X16_RXN3{26} X_1X16_RXP4{26} X_1X16_RXN4{26} X_1X16_RXP5{26} X_1X16_RXN5{26} X_1X16_RXP6{26} X_1X16_RXN6{26} X_1X16_RXP7{26} X_1X16_RXN7{26} X_1X16_RXP8{26} X_1X16_RXN8{26} X_1X16_RXP9{26} X_1X16_RXN9{26} X_1X16_RXP10{26} X_1X16_RXN10{26} X_1X16_RXP11{26} X_1X16_RXN11{26} X_1X16_RXP12{26} X_1X16_RXN12{26} X_1X16_RXP13{26} X_1X16_RXN13{26} X_1X16_RXP14{26} X_1X16_RXN14{26} X_1X16_RXP15{26} X_1X16_RXN15{26}

4

B12 B13

G17 E17

E13 K15

E12

H12

H11

R10

NU1B

EXP_CLKINP EXP_CLKINN

SDVO_CTRLDATA SDVO_CTRLCLK

F13

PEG_RXP_0 PEG_RXN_0 PEG_RXP_1

J15

PEG_RXN_1

F12

PEG_RXP_2 PEG_RXN_2

J12

PEG_RXP_3 PEG_RXN_3

J11

PEG_RXP_4 PEG_RXN_4

F7

PEG_RXP_5

E7

PEG_RXN_5

E5

PEG_RXP_6

F6

PEG_RXN_6

C2

PEG_RXP_7

D2

PEG_RXN_7

G6

PEG_RXP_8

G5

PEG_RXN_8

L9

PEG_RXP_9

L8

PEG_RXN_9

M8

PEG_RXP_10

M9

PEG_RXN_10

M4

PEG_RXP_11

L4

PEG_RXN_11

M5

PEG_RXP_12

M6

PEG_RXN_12

R9

PEG_RXP_13 PEG_RXN_13

T4

PEG_RXP_14

R4

PEG_RXN_14

R6

PEG_RXP_15

R7

PEG_RXN_15

SDVO

PCIE

EXP_COMPO

EXP_COMPI

EXP_TXP0 EXP_TXN0 EXP_TXP1 EXP_TXN1 EXP_TXP2 EXP_TXN2 EXP_TXP3 EXP_TXN3 EXP_TXP4 EXP_TXN4 EXP_TXP5 EXP_TXN5 EXP_TXP6 EXP_TXN6 EXP_TXP7 EXP_TXN7 EXP_TXP8 EXP_TXN8 EXP_TXP9

EXP_TXN9 EXP_TXP10 EXP_TXN10 EXP_TXP11 EXP_TXN11 EXP_TXP12 EXP_TXN12 EXP_TXP13 EXP_TXN13 EXP_TXP14 EXP_TXN14 EXP_TXP15 EXP_TXN15

AC11 AC12

D11 D12 B11 A10 C10 D9 B9 B7 D7 D6 B5 B6 B3 B4 F2 E2 F4 G4 J4 K3 L2 K1 N2 M2 P3 N4 R2 P1 U2 T2 V3 U4

3

N_EXP_COMP01

NR13

1 2

24.9Ohm

/O

X_1X16_TXP0 {26} X_1X16_TXN0 {26} X_1X16_TXP1 {26} X_1X16_TXN1 {26} X_1X16_TXP2 {26} X_1X16_TXN2 {26} X_1X16_TXP3 {26} X_1X16_TXN3 {26} X_1X16_TXP4 {26} X_1X16_TXN4 {26} X_1X16_TXP5 {26} X_1X16_TXN5 {26} X_1X16_TXP6 {26} X_1X16_TXN6 {26} X_1X16_TXP7 {26} X_1X16_TXN7 {26} X_1X16_TXP8 {26} X_1X16_TXN8 {26} X_1X16_TXP9 {26} X_1X16_TXN9 {26} X_1X16_TXP10 {26} X_1X16_TXN10 {26} X_1X16_TXP11 {26} X_1X16_TXN11 {26} X_1X16_TXP12 {26} X_1X16_TXN12 {26} X_1X16_TXP13 {26} X_1X16_TXN13 {26} X_1X16_TXP14 {26} X_1X16_TXN14 {26} X_1X16_TXP15 {26} X_1X16_TXN15 {26}

+1.25V

2

X_SDVO_CLK

X_SDVO_DATA

SDVO STRAPS

SDVO CTRL DATA 1: SDVO CARD PRESENT, PEG DISABLE 0: SDVO DISABLE (DEFAULT)

1

+3V

NR11

10KOhm

/X

1 2

NR14

10KOhm

/X

1 2

GND GND

NR12

10KOhm

/X

1 2

NR15

10KOhm

/X

1 2

DMI

N_DMI_RX0{32} N_DMI_RX#0{32} N_DMI_RX1{32} N_DMI_RX#1{32}

B B

A A

5

N_DMI_RX2{32} N_DMI_RX#2{32} N_DMI_RX3{32} N_DMI_RX#3{32}

N_DMI_RX0 N_DMI_RX#0 N_DMI_RX1 N_DMI_RX#1 N_DMI_RX2 N_DMI_RX#2 N_DMI_RX3 N_DMI_RX#3

W2

DMI_RXP0

V1

DMI_RXN0

Y8

DMI_RXP1

Y9

DMI_RXN1

AA7

DMI_RXP2

AA6

DMI_RXN2

AB3

DMI_RXP3

AA4

DMI_RXN3

BEARLAKE

/O

4

DMI

DMI_TXP0

DMI_TXN0

DMI_TXP1

DMI_TXN1

DMI_TXP2

DMI_TXN2

DMI_TXP3

DMI_TXN3

V7 V6 W4 Y4 AC8 AC9 Y2 AA2

N_DMI_TX0 N_DMI_TX#0 N_DMI_TX1 N_DMI_TX#1 N_DMI_TX2 N_DMI_TX#2 N_DMI_TX3 N_DMI_TX#3

3

N_DMI_TX0 {32} N_DMI_TX#0 {32} N_DMI_TX1 {32} N_DMI_TX#1 {32} N_DMI_TX2 {32} N_DMI_TX#2 {32} N_DMI_TX3 {32} N_DMI_TX#3 {32}

BEARLAKE-2

1

BEARLAKE-2

Tyler_Yuan

of

15 70Friday, March 28, 2008

of

15 70Friday, March 28, 2008

of

15 70Friday, March 28, 2008

Rev

1.01G

Title :

Engineer:

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet

2

Date: Sheet

Engineer:

P5E-VM DO

D2_WEA#{21} D2_CASA#{21} D2_RASA#{21}

D2_BAA0{21} D2_BAA1{21} D2_BAA2{21}

D2_ODT_A0{21} D2_ODT_A1{21} D2_ODT_A2{21} D2_ODT_A3{21}

1 2

NR16

1KOhm

/O

NR18

3.01KOhm

/O

NR21

1KOhm

/O

5

D2_MAA0

FOR DDR2

D2_MAA1 D2_MAA2 D2_MAA3 D2_MAA4 D2_MAA5 D2_MAA6 D2_MAA7 D2_MAA8 D2_MAA9 D2_MAA10 D2_MAA11 D2_MAA12 D2_MAA13 D2_MAA14

FOR DDR2

D2_BAA0 D2_BAA1 D2_BAA2

D2_CS_A#0 D2_CS_A#1

FOR DDR2

D2_CS_A#2 D2_CS_A#3

D2_CKE_A0 D2_CKE_A1 D2_CKE_A2 D2_CKE_A3

D2_ODT_A0 D2_ODT_A1 D2_ODT_A2 D2_ODT_A3

FOR DDR2

12

VOH: 0.8* VSM

N_DDR_RCOMPVOH

12

GND

VOL: 0.2* VSM

N_DDR_RCOMPVOL

12

GNDGND

/O

TP2/OTP2

1

TP1/OTP1

1

/O

5

NC141

0.1UF/16V

/O

NC6

0.01UF/50V

/O

NC9

0.01UF/50V

/O

RSVD_AN21

BB30 AY25 BA23 BB23 AY23 BB22 BA22 BB21

AW21

BA21 BB31 AY21

BC20

AY38 BA19

BA33

AW35

AY33

BA31 AY31 AY20

BA34 AY35 BB33 BB38

AY19

AW18

BB19 BA18

BB35 BA38 BA35 BA39

AR31 AU31

AP27

AN27

AV33

AW33

AP29

AP31 AM26 AM27

AT33 AU33

AM10

AM8

BC16

AN21

NU1C

SMA_A0 SMA_A1 SMA_A2 SMA_A3 SMA_A4 SMA_A5 SMA_A6 SMA_A7 SMA_A8 SMA_A9 SMA_A10 SMA_A11 SMA_A12 SMA_A13 SMA_A14

SWE_A# SCAS_A# SRAS_A#

SBS_A0 SBS_A1 SBS_A2

SCS_A0# SCS_A1# SCS_A2# SCS_A3#

SCKE_A0 SCKE_A1 SCKE_A2 SCKE_A3

SODT_A0 SODT_A1 SODT_A2 SODT_A3

SCLK_A0 SCLK_A0# SCLK_A1 SCLK_A1# SCLK_A2 SCLK_A2# SCLK_A3 SCLK_A3# SCLK_A4 SCLK_A4# SCLK_A5 SCLK_A5#

DDR_A

SMRCOMPVOH

SMRCOMPVOL

SMDRAMRST

RSVD

BEARLAKE

/O

SDQS_A0

SDQS_A0#

SDQS_A1

SDQS_A1#

SDQ_A10 SDQ_A11 SDQ_A12 SDQ_A13 SDQ_A14 SDQ_A15

SDQS_A2

SDQS_A2#

SDQ_A16 SDQ_A17 SDQ_A18 SDQ_A19 SDQ_A20 SDQ_A21 SDQ_A22 SDQ_A23

SDQS_A3

SDQS_A3#

SDQ_A24 SDQ_A25 SDQ_A26 SDQ_A27 SDQ_A28 SDQ_A29 SDQ_A30 SDQ_A31

SDQS_A4

SDQS_A4#

SDQ_A32 SDQ_A33 SDQ_A34 SDQ_A35 SDQ_A36 SDQ_A37 SDQ_A38 SDQ_A39

SDQS_A5

SDQS_A5#

SDQ_A40 SDQ_A41 SDQ_A42 SDQ_A43 SDQ_A44 SDQ_A45 SDQ_A46 SDQ_A47

SDQS_A6

SDQS_A6#

SDQ_A48 SDQ_A49 SDQ_A50 SDQ_A51 SDQ_A52 SDQ_A53 SDQ_A54 SDQ_A55

SDQS_A7

SDQS_A7#

SDQ_A56 SDQ_A57 SDQ_A58 SDQ_A59 SDQ_A60 SDQ_A61 SDQ_A62 SDQ_A63

D2_MAA[0..14]{21}

D D

D2_CS_A#0{21} D2_CS_A#1{21} D2_CS_A#2{21} D2_CS_A#3{21}

D2_CKE_A0{21} D2_CKE_A1{21} D2_CKE_A2{21} D2_CKE_A3{21} D2_CKE_B0{22}

C C

D2_MA_CLK0{21} D2_MA_CLK#0{21} D2_MA_CLK1{21} D2_MA_CLK#1{21} D2_MA_CLK2{21} D2_MA_CLK#2{21} D2_MA_CLK3{21} D2_MA_CLK#3{21} D2_MA_CLK4{21} D2_MA_CLK#4{21} D2_MA_CLK5{21} D2_MA_CLK#5{21}

+1.8VDUAL

B B

A A

SDM_A0

SDQ_A0 SDQ_A1 SDQ_A2 SDQ_A3 SDQ_A4 SDQ_A5 SDQ_A6 SDQ_A7

SDM_A1

SDQ_A8 SDQ_A9

SDM_A2

SDM_A3

SDM_A4

SDM_A5

SDM_A6

SDM_A7

AP2 AP3 AN2

AM1 AN3 AR2 AR3 AL3 AM2 AR5 AR4

AW2 AW1 AW3

AV4 AV3 BA4 BB3 AU2 AU1 AY2 AY3

AY7 BA6 BB6

BB5 AY6 BA9 BB9 BA5 BB4 BC7 AY9

AT20 AU18 AN18

AT18 AR18 AU21 AT21 AP17 AN17 AP20 AV20

AR41 AR40 AU43

AV42 AU40 AP42 AN39 AV40 AV41 AR42 AP41

AL41 AL40 AM43

AN41 AM39 AK42 AK41 AN40 AN42 AL42 AL39

AG42 AG41 AG40

AJ40 AH43 AF39 AE40 AJ42 AJ41 AF41 AF42

AC42 AC41 AC40

AD40 AD43 AB41 AA40 AE42 AE41 AC39 AB42

4

D2_DQS_A0 D2_DQS_A#0 D2_DM_A0

D2_DQ_A0 D2_DQ_A1 D2_DQ_A2 D2_DQ_A3 D2_DQ_A4 D2_DQ_A5 D2_DQ_A6 D2_DQ_A7

D2_DQS_A1 D2_DQS_A#1 D2_DM_A1

D2_DQ_A8 D2_DQ_A9 D2_DQ_A10 D2_DQ_A11 D2_DQ_A12 D2_DQ_A13 D2_DQ_A14 D2_DQ_A15

D2_DQS_A2 D2_DQS_A#2 D2_DM_A2

D2_DQ_A16 D2_DQ_A17 D2_DQ_A18 D2_DQ_A19 D2_DQ_A20 D2_DQ_A21 D2_DQ_A22 D2_DQ_A23

D2_DQS_A3 D2_DQS_A#3 D2_DM_A3

D2_DQ_A24 D2_DQ_A25 D2_DQ_A26 D2_DQ_A27 D2_DQ_A28 D2_DQ_A29 D2_DQ_A30 D2_DQ_A31

D2_DQS_A4 D2_DQS_A#4 D2_DM_A4

D2_DQ_A32 D2_DQ_A33 D2_DQ_A34 D2_DQ_A35 D2_DQ_A36 D2_DQ_A37 D2_DQ_A38 D2_DQ_A39

D2_DQS_A5 D2_DQS_A#5 D2_DM_A5

D2_DQ_A40 D2_DQ_A41 D2_DQ_A42 D2_DQ_A43 D2_DQ_A44 D2_DQ_A45 D2_DQ_A46 D2_DQ_A47

D2_DQS_A6 D2_DQS_A#6 D2_DM_A6

D2_DQ_A48 D2_DQ_A49 D2_DQ_A50 D2_DQ_A51 D2_DQ_A52 D2_DQ_A53 D2_DQ_A54 D2_DQ_A55

D2_DQS_A7 D2_DQS_A#7 D2_DM_A7

D2_DQ_A56 D2_DQ_A57 D2_DQ_A58 D2_DQ_A59 D2_DQ_A60 D2_DQ_A61 D2_DQ_A62 D2_DQ_A63

D2_DQS_A0 {21} D2_DQS_A#0 {21} D2_DM_A0 {21}

D2_DQS_A1 {21} D2_DQS_A#1 {21} D2_DM_A1 {21}

D2_DQS_A2 {21} D2_DQS_A#2 {21} D2_DM_A2 {21}

D2_DQS_A3 {21} D2_DQS_A#3 {21} D2_DM_A3 {21}

D2_DQS_A4 {21} D2_DQS_A#4 {21} D2_DM_A4 {21}

D2_DQS_A5 {21} D2_DQS_A#5 {21} D2_DM_A5 {21}

D2_DQS_A6 {21} D2_DQS_A#6 {21} D2_DM_A6 {21}

D2_DQS_A7 {21} D2_DQS_A#7 {21} D2_DM_A7 {21}

D2_MAB[0..14]{22}

D2_DQ_A[0..63] {21}

D2_CS_B#0{22} D2_CS_B#1{22} D2_CS_B#2{22} D2_CS_B#3{22}

D2_ODT_B0{22} D2_ODT_B1{22} D2_ODT_B2{22} D2_ODT_B3{22}

D2_MB_CLK0{22} D2_MB_CLK#0{22} D2_MB_CLK1{22} D2_MB_CLK#1{22} D2_MB_CLK2{22} D2_MB_CLK#2{22} D2_MB_CLK3{22} D2_MB_CLK#3{22} D2_MB_CLK4{22} D2_MB_CLK#4{22} D2_MB_CLK5{22} D2_MB_CLK#5{22}

+1.8VDUAL

NR17

19.1Ohm

/O

1 2

N_DDR3_COMPY_PU N_DDR3_COMPY_PD

NR20

19.1Ohm

/O

1 2

GND

D2_WEB#{22} D2_CASB#{22} D2_RASB#{22}

D2_BAB0{22} D2_BAB1{22} D2_BAB2{22}

D2_CKE_B1{22} D2_CKE_B2{22} D2_CKE_B3{22}

+1.8VDUAL

3

N_DDR2_VREF

NR22

19.1Ohm

/O

1 2

N_DDR3_COMPX_PU N_DDR3_COMPX_PD

NR24

19.1Ohm

/O

1 2

GND

3

D2_MAB0 D2_MAB1 D2_MAB2 D2_MAB3 D2_MAB4 D2_MAB5 D2_MAB6 D2_MAB7 D2_MAB8 D2_MAB9 D2_MAB10 D2_MAB11 D2_MAB12 D2_MAB13 D2_MAB14

D2_BAB0 D2_BAB1 D2_BAB2

D2_CS_B#0 D2_CS_B#1 D2_CS_B#2 D2_CS_B#3

D2_CKE_B0 D2_CKE_B1 D2_CKE_B2 D2_CKE_B3

D2_ODT_B0 D2_ODT_B1 D2_ODT_B2 D2_ODT_B3

FOR DDR2

12

NC8

0.1UF/16V

GND

12

GND

AW15

BB15 BA15 AY15 BA14 BB14

AW12

BA13 BB13 AY13 BA17 AY12 BA11 AY27 BB11

BB25

AW26

AY24

BB17 AY17 AY11

BA25 BA29 BA26 BA30

AW11

BC12 BA10 BB10

BB27

AW29

BA27 AY29

AW31

AV31 AU27

AT27

AV32

AT32 AR29 AU29 AV29

AW27

AN33 AP32

BA2

AW42

AN32 AM31 AG32

AF32 AP21 AA39 AM21

AM6

BA40 BB40

AL2 AL4

NC11

0.1UF/16V

NU1D

SMA_B0 SMA_B1 SMA_B2 SMA_B3 SMA_B4 SMA_B5 SMA_B6 SMA_B7 SMA_B8 SMA_B9 SMA_B10 SMA_B11 SMA_B12 SMA_B13 SMA_B14

SWE_B# SCAS_B# SRAS_B#

SBS_B0 SBS_B1 SBS_B2

SCS_B0# SCS_B1# SCS_B2# SCS_B3#

SCKE_B0 SCKE_B1 SCKE_B2 SCKE_B3

SODT_B0 SODT_B1 SODT_B2 SODT_B3

SCLK_B0 SCLK_B0# SCLK_B1 SCLK_B1# SCLK_B2 SCLK_B2# SCLK_B3 SCLK_B3# SCLK_B4 SCLK_B4# SCLK_B5 SCLK_B5#

SRCOMPXPAD SRCOMPYPAD RESERVED3 RESERVED4 RESERVED5 RESERVED6 SSLEWXDB SSLEWYDB RESERVED9

SVREF

SRCOMPYPU SRCOMPYPD

SRCOMPXPU SRCOMPXPD

DDR_B

BEARLAKE

/O

SDQS_B0

SDQS_B0#

SDM_B0

SDQ_B0 SDQ_B1 SDQ_B2 SDQ_B3 SDQ_B4 SDQ_B5 SDQ_B6 SDQ_B7

SDQS_B1

SDQS_B1#

SDM_B1

SDQ_B8

SDQ_B9 SDQ_B10 SDQ_B11 SDQ_B12 SDQ_B13 SDQ_B14 SDQ_B15

SDQS_B2

SDQS_B2#

SDM_B2

SDQ_B16 SDQ_B17 SDQ_B18 SDQ_B19 SDQ_B20 SDQ_B21 SDQ_B22 SDQ_B23

SDQS_B3

SDQS_B3#

SDM_B3

SDQ_B24 SDQ_B25 SDQ_B26 SDQ_B27 SDQ_B28 SDQ_B29 SDQ_B30 SDQ_B31

SDQS_B4

SDQS_B4#

SDM_B4

SDQ_B32 SDQ_B33 SDQ_B34 SDQ_B35 SDQ_B36 SDQ_B37 SDQ_B38 SDQ_B39

SDQS_B5

SDQS_B5#

SDM_B5

SDQ_B40 SDQ_B41 SDQ_B42 SDQ_B43 SDQ_B44 SDQ_B45 SDQ_B46 SDQ_B47

SDQS_B6

SDQS_B6#

SDM_B6

SDQ_B48 SDQ_B49 SDQ_B50 SDQ_B51 SDQ_B52 SDQ_B53 SDQ_B54 SDQ_B55

SDQS_B7

SDQS_B7#

SDM_B7

SDQ_B56 SDQ_B57 SDQ_B58 SDQ_B59 SDQ_B60 SDQ_B61 SDQ_B62 SDQ_B63

AV6 AU5 AR7

AN7 AN8 AW5 AW7 AN5 AN6 AN9 AU7

AR12 AP12 AW9

AT11 AU11 AP13 AR13 AR11 AU9 AV12 AU12

AP15 AR15 AW13

AU15 AV13 AU17 AT17 AU13 AM13 AV15 AW17

AT24 AU26 AP23

AV24 AT23 AT26 AP26 AU23 AW23 AR24 AN26

AW39 AU39 AU37

AW37 AV38 AN36 AN37 AU35 AR35 AN35 AR37

AL35 AL34 AM37

AM35 AM38 AJ34 AL38 AR39 AM34 AL37 AL32

AG35 AG36 AG39

AG38 AJ38 AF35 AF33 AJ37 AJ35 AG33 AF34

AC36 AC37 AD38

AD36 AC33 AA34 AA36 AD34 AF38 AC34 AA33

2

D2_DQS_B0 D2_DQS_B#0 D2_DM_B0

D2_DQ_B0 D2_DQ_B1 D2_DQ_B2 D2_DQ_B3 D2_DQ_B4 D2_DQ_B5 D2_DQ_B6 D2_DQ_B7

D2_DQS_B1 D2_DQS_B#1 D2_DM_B1

D2_DQ_B8 D2_DQ_B9 D2_DQ_B10 D2_DQ_B11 D2_DQ_B12 D2_DQ_B13 D2_DQ_B14 D2_DQ_B15

D2_DQS_B2 D2_DQS_B#2 D2_DM_B2

D2_DQ_B16 D2_DQ_B17 D2_DQ_B18 D2_DQ_B19 D2_DQ_B20 D2_DQ_B21 D2_DQ_B22 D2_DQ_B23

D2_DQS_B3 D2_DQS_B#3 D2_DM_B3

D2_DQ_B24 D2_DQ_B25 D2_DQ_B26 D2_DQ_B27 D2_DQ_B28 D2_DQ_B29 D2_DQ_B30 D2_DQ_B31

D2_DQS_B4 D2_DQS_B#4 D2_DM_B4

D2_DQ_B32 D2_DQ_B33 D2_DQ_B34 D2_DQ_B35 D2_DQ_B36 D2_DQ_B37 D2_DQ_B38 D2_DQ_B39

D2_DQS_B5 D2_DQS_B#5 D2_DM_B5

D2_DQ_B40 D2_DQ_B41 D2_DQ_B42 D2_DQ_B43 D2_DQ_B44 D2_DQ_B45 D2_DQ_B46 D2_DQ_B47

D2_DQS_B6 D2_DQS_B#6 D2_DM_B6

D2_DQ_B48 D2_DQ_B49 D2_DQ_B50 D2_DQ_B51 D2_DQ_B52 D2_DQ_B53 D2_DQ_B54 D2_DQ_B55

D2_DQS_B7 D2_DQS_B#7 D2_DM_B7

D2_DQ_B56 D2_DQ_B57 D2_DQ_B58 D2_DQ_B59 D2_DQ_B60 D2_DQ_B61 D2_DQ_B62 D2_DQ_B63

2

D2_DQS_B0 {22} D2_DQS_B#0 {22} D2_DM_B0 {22}

D2_DQS_B1 {22} D2_DQS_B#1 {22} D2_DM_B1 {22}

D2_DQS_B2 {22} D2_DQS_B#2 {22} D2_DM_B2 {22}

D2_DQS_B3 {22} D2_DQS_B#3 {22} D2_DM_B3 {22}

D2_DQS_B4 {22} D2_DQS_B#4 {22} D2_DM_B4 {22}

D2_DQS_B5 {22} D2_DQS_B#5 {22} D2_DM_B5 {22}

D2_DQS_B6 {22} D2_DQS_B#6 {22} D2_DM_B6 {22}

D2_DQS_B7 {22} D2_DQS_B#7 {22} D2_DM_B7 {22}

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet

P5E-VM DO

1

D2_DQ_B[0..63] {22}

0.1UF/16V

N_DDR2_VREF

NC10

0.1UF/16V

Title :

Engineer:

1

+1.8VDUAL

12

NC7

12

GND GND

BEARLAKE-3

Tyler_Yuan

of

16 70Friday, March 28, 2008

of

16 70Friday, March 28, 2008

of

16 70Friday, March 28, 2008

1 2

NR19

1KOhm

/O

NR23

1KOhm

/O

Rev

1.01G

5

NB_BSEL0_R{7} NB_BSEL1_R{7}

NR36

1KOhm

/O

GND

12

NB_BSEL2_R{7}

NR37

1KOhm

/X

PULL DOWN FOR DISABLE AMT

+1.25V

D D

1 2

12

GND

NR75

8.2KOhm

NR35

1KOhm

/X

N_TPEV_MCH_EXP_EN{26}

12

GND

N_EXP_SLR N_RFU_G15 N_CEN

4

NU1E

G20

G18

G15

K20 F20

E18

E20

J20 J18

J17

BSEL0 BSEL1 BSEL2

ALLZTEST XORTEST MTYPE EXP_SM EXP_SLR RFU_E20 CEN

CRT_HSYNC CRT_VSYNC

CRT_GREEN

CRT_GREEN#

CRT_BLUE#

VGA

CRT_RED

CRT_BLUE CRT_RED#

C15 E15

B18 C19 B20 C18 D19 D20

GND

3

V_HSYNC {24} V_VSYNC {24}

2

V_RED {24} V_GREEN {24} V_BLUE {24}

1

CRT_IREF

NC1 NC2 NC3 NC4 NC5 NC6 NC7 NC8 NC9

NC10

RSTIN#

PWROK

FSB_OBS

RSVD1 RSVD2 RSVD3

L13 M13

N_CRT_IREF

A20

C14 D13

When non-Graphics, install it. Place near MCH.

A42 N20 BC42 BC2 BB43 BB2 BB1 B43 B42 B2

S_PLTRST#

AM18

AM17

N_ICH9_SYNC#

J13

R20

BC43 BC1 A43

GND

3

NR41

1.3KOhm

/O

1 2

GND

S_PLTRST# {30,34,40,49,51}

O_PWROK {7,34,51}

N_ICH9_SYNC# {34}

+1.25V

GND

CRT_DDC_DATA

MISC

CRT_DDC_CLK

DREFCLKINP DREFCLKINN

ICH_SYNC#

C C

K17

RESERVED9

H18

RESERVED10

L17

RESERVED11

N17

RESERVED12

N18

RESERVED13

N15

RESERVED14

L15

RESERVED16

L18

RESERVED17

M18

RESERVED18

U30

RESERVED19

U31

RESERVED20

R29

RESERVED21

R30

+1.25V_CL

CONTROL LINK REFERENCE

12

NR30

NR30 1K

1K

1%

/O

B B

A A

MTYPE

EXP_SLR

EXP_EN

TCEN TLS CONFIDENTIALITY

H

DDR2

NORM

CONCURRENT

ENABLE

12

NR38

NR38 392

392

1%

/O

GND

O_PWROK{7,34,51}

N_CL_PWROK

DDR3

REVERSE

NON-CONCURRENT

DISABLE

5

12

NC14

0.1UF/16V

/O

NR53 0Ohm

L

N_CLINK_VREF

N_CLINK_DATA{33} N_CLINK_CLK{33}

N_CLINK_RST#{33}

1 2

NR52

1 2

STUFF FOR AMT

/AMT

DESCRIPTION

MEMORY TYPE

PCI-EXPRESS LANE REVERSAL

PCI-E / SDVO CO-EXISTENCE

0Ohm

/X/nonAMTNR52

/X/nonAMT

STUFF FOR NON AMT

+1.25V

GND

N_CLINK_DATA N_CLINK_CLK N_CLINK_RST#

N_CL_PWROK_R {33}

RESERVED22

U12

RESERVED23

U11

RESERVED24

R12

RESERVED25

R13

RESERVED26

AA10

RESERVED27

AA9

RESERVED28

AA11

RESERVED29

Y12

RESERVED30

F17

RESERVED32

A14

RESERVED33

L12

RESERVED15

M11

RESERVED31

AM5

CL_VREF

AD12

CL_DATA

AD13

CL_CLK

AA12

CL_RST#

AM15

CL_PWROK

AY37

DDR3_A_CS#1

BB29

DDR3_A_MA0

BB34

DDR3_A_WE#

AW32

DDR3_B_ODT3

BEARLAKE

/O

4

NR46

10KOhm

r0402_h16

r0402_h16 /nonGRAPH

/nonGRAPH

1 2

NR49

10KOhm

r0402_h16

r0402_h16 /nonGRAPH

/nonGRAPH

1 2

V_DDCA_DATA {24} V_DDCA_CLK {24}

CK_96M_DREF {7} CK_96M_DREF# {7}

+1.25V_CL

NR42

1KOhm

/AMT

1UF/16V/0603

+3VSB

NC15

/AMT

1 2

12

NR48

20KOhm

/AMT

CLINK PWROK GENERATION

NR43

1 2

12

2.49KOhm

/AMT

GND

NR50

10KOhm

/AMT

1 2

GND

2

NR44 82.5KOhm

1 2

/AMT

PU1

1

VOUT1

2

VIN1-

3

VIN1+ GND4VIN2+

LMV358IDR

Date: Sheet

8

VCC

7

VOUT2

6

VIN2-

5

ASUSTek Computer Inc.

Size Project Name

A3

+5VSB

S_SLP_M{7,34,62,65}

P5E-VM DO

1 2

NR45

453Ohm

/AMT

12

GND

NR51

1 2

1KOhm

/AMT

Title :

Engineer:

1

NR47

1KOhm

/AMT

PMBS3904

/AMT

BEARLAKE-4

Tyler_Yuan

N_CL_PWROK

3

NQ1

C

B

1

B

1

E

E 2

2

GND

Rev

1.01G

of

17 70Friday, March 28, 2008

of

17 70Friday, March 28, 2008

of

17 70Friday, March 28, 2008

5

+1.25V

NL1

21

10UH

+1.25V

NL2

D D

+1.25V_CL

C C

0.27UH

+1.25V_CL

+1.25V

NL5

1UH

B B

+3V

NL7

600Ohm

/O

A A

/O

10UH

NL3

1UH

21

NL4

21

5

21

+1P25V_GPLL_R

P_+3V_DAC

NR56 1Ohm

NR57 1Ohm

+1.5V

12

NC48

1UF/10V

GND

NR54 1Ohm

NR55 1Ohm

1 2

NL6

21

600Ohm

/O

1 2

/O

4

+1P25V_DPLLB

NC12

10UF/10V

NC13

10UF/10V

12

NC16

0.1UF/16V

+1P25V_DPLLA

12

NC22

0.1UF/16V

+1P25V_MPLL

12

NC28

NC28 10UF/6.3V

10UF/6.3V

GND

+1P25V_HPLL

12

NC33

2.2UF/6.3V

/O

c0603

GND

12

NC36

2.2UF/6.3V

/X

c0603

GND

12

0.1UF/16V

/O

0.01UF/50V

/X

0.1UF/16V

+1P25V_GPLL

NC42

12

NC46

NR59 1 r0603

1 2

NR74 1 r0603

NC50

NR58

NR58 1

1

r0603

/O

1 2

NC47

1UF/10V

/O

1 2

/O

12

GND GND

12

GND GND

/O

+1P25V_MPLL_R

12

NC41

NC41 10UF/6.3V

10UF/6.3V

GND GND

12

NC45

4.7UF/6.3V

GND GND GND

+3V

12

NC49

4.7UF/6.3V

/X

GND GND

4

3

VCCDQ_CRT

+3V_VCCA_CRT

NR26

0Ohm

/X

1 2

GND GND

3

12

NC74

0.1UF/16V

/O

+1.25V

T21/OT21

TP_MCH_VCC_HPLL

1

/O

GND

AJ12 AJ11 AJ10

AJ9 AJ8 AJ7 AJ6 AJ5 AH4 AH2

AH1 AG14 AG13 AG12 AG11 AG10

AG9 AG8 AG7 AG6 AG5 AG4 AG3

AG2 AF14 AF13 AF12 AF11

AF3 AF2

AF1 AE25 AE23 AE21 AE19 AD24 AD22 AD20 AD14 AC25 AC23 AC21 AC19 AC14 AC13

AC6 AB24 AB22 AB20 AA25 AA23 AA21 AA19 AA14 AA13

AA3

Y24

Y22

Y20

Y14

Y13

W25 W23 W21 W19

V14

V13

V12

V10

U14

Y11

C22

A22

A24

C23

V31

Y32

B15

C21

B21

C17

B16

A16

B17

D16

Y6

V9

NU1F

VCC_1 VCC_2 VCC_3 VCC_4 VCC_5 VCC_6 VCC_7 VCC_8 VCC_9 VCC_10 VCC_11 VCC_12 VCC_13 VCC_14 VCC_15 VCC_16 VCC_17 VCC_18 VCC_19 VCC_20 VCC_21 VCC_22 VCC_23 VCC_24 VCC_25 VCC_26 VCC_27 VCC_28 VCC_29 VCC_30 VCC_31 VCC_32 VCC_33 VCC_34 VCC_35 VCC_36 VCC_37 VCC_38 VCC_39 VCC_40 VCC_41 VCC_42 VCC_43 VCC_44 VCC_45 VCC_46 VCC_47 VCC_48 VCC_49 VCC_50 VCC_51 VCC_52 VCC_53 VCC_54 VCC_55 VCC_56 VCC_57 VCC_58 VCC_59 VCC_60 VCC_61 VCC_62 VCC_63 VCC_64 VCC_65 VCC_66 VCC_67 VCC_68 VCC_69 VCC_70 VCC_71 VCC_72 VCCD_EXPLL VCCA_DPLLB VCCA_DPLLA

VCCA_MPLL

VCCA_HPLL1 VCCA_HPLL2

VCCD_CL_PLL

VCCA_EXPPLL

VCCD_CRT

VCCDQ_CRT

VCCA_CRT1 VCCA_CRT2

VCCA_EXP

VCC_GIO

VSS237

BEARLAKE

/O

2

U13

VCC_73

U10

VCC_74

U9

VCC_75

U6

VCC_76

U3

VCC_77

P20

VCC_78

AG24

VCC_79

AG23

VCC_80

AG22

VCC_81

AG21

VCC_82

AG20

VCC_83

AG19

VCC_84

AG18

VCC_85

AG17

VCC_86

AG15

VCC_87

AF26

VCC_88

AF25

VCC_89

AF24

VCC_90

AF22

VCC_91

AF20

VCC_92

AF18

VCC_93

AF17

VCC_94

AF15

VCC_95

AE27

VCC_96

AE26

VCC_97

AE17

VCC_98

AD27

VCC_99

AD26

VCC_100

AD18

VCC_101

AD17

VCC_102

AD15

VCC_103

AC27

VCC_104

AC26

VCC_105

POWER

2

VCC_106 VCC_107 VCC_108 VCC_109 VCC_110 VCC_111 VCC_112 VCC_113 VCC_114 VCC_115 VCC_116 VCC_117 VCC_118 VCC_119 VCC_120 VCC_121 VCC_122 VCC_123 VCC_124 VCC_125 VCC_126 VCC_127 VCC_128 VCC_129 VCC_130 VCC_131 VCC_132 VCC_133 VCC_134 VCC_135 VCC_136 VCC_137 VCC_138 VCC_139 VCC_140 VCC_141 VCC_142 VCC_143 VCC_144 VCC_145 VCC_146 VCC_147 VCC_148 VCC_149 VCC_150 VCC_151 VCC_152 VCC_153 VCC_154 VCC_155 VCC_156 VCC_157 VCC_158 VCC_159 VCC_160 VCC_161 VCC_162 VCC_163 VCC_164 VCC_165 VCC_166 VCC_167 VCC_168 VCC_169

AC17 AC15 AB27 AB26 AB18 AB17 AA27 AA26 AA17 AA15 Y27 Y26 Y18 Y17 Y15 W27 W26 W18 W17 V27 V26 V25 V24 V23 V22 V21 V20 V19 V18 V17 V15 U26 U25 U24 U23 U22 U21 U20 U19 U18 U17 U15 R18 R17 R15 R14 P15 P14 N12 N11 N9 N8 N6 N3 L6 J6 J3 J2 G2 F11 F9 D4 C13 C9

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

Date: Sheet

12

NC21

1UF/16V

GND GND GND GND

12

NC27

NC27 22UF/6.3V

22UF/6.3V

/X

c0805

GND

12

NC29

NC29 1UF/10V

1UF/10V

c0603

/O

GND GND GND GND

12

NC34

4.7UF/6.3V

/X

GND

12

NC43

2.2UF/6.3V

/O

c0603

GND GND

P5E-VM DO

12

NC18

1UF/16V

12

NC30

NC30 1UF/10V

1UF/10V

c0603

/O

12

NC44

2.2UF/6.3V

/X

c0603

Title :

Engineer:

1

12

1UF/16V

12

NC31

NC31 1UF/10V

1UF/10V

c0603

/O

1

+1.25V

12

NC19

12

BEARLAKE-5

Tyler_Yuan

18 70Friday, March 28, 2008

NC20

1UF/16V

/X

NC32

NC32 1UF/10V

1UF/10V

c0603

/X

of

Rev

1.01G

5

4

3

2

1

1.01G

+VTTCPU

D D

C C

12

NC65

2.2UF/6.3V

B B

A A

2.2UF/6.3V

GND GND GND GND

12

NC66

2.2UF/6.3V

12

NC67

2.2UF/6.3V

/X

5

12

NC68

2.2UF/6.3V

12

GND GND GND

12

0.1UF/16V

/X

GND GND GND

12

NC69

2.2UF/6.3V

/X

GND

NC53

1UF/10V

/X

NC57

12

NC54

1UF/10V

/X

12

NC58

0.1UF/16V

/X

12

NC70

2.2UF/6.3V

/X

GND GND

+1.25V

12

NC72

NC72 10UF/6.3V

10UF/6.3V

/X

GND GND

12

NC55

12

NC59

0.1UF/16V

/X

12

NC71

2.2UF/6.3V

12

4

1UF/10V

+1.8VDUAL

NC73

NC73 10UF/6.3V

10UF/6.3V

BC39 BC34 BC30 BC26 BC22 BC18 BC14 BB39 BB37 BB32 BB28 BB26 BB24 BB20 BB18 BB16 BB12

AY32 AW24 AW20

AV26

AV18

AD11

AD10

P29 P27 P26 P24 P23 N29 N26 N24

N23 M29 M24 M23

L24

L23

K24

K23

H24 H23 G26 G24 G23

F26

F24

F23

E29

E27

E26

E23 D29 D28 D27 C30 C29 C27

B30

B29

B28

B27

A30

A28 R27 R26 R24 R23

AD9 AD8 AD7 AD6 AD5 AD4 AD2 AD1 AC4 AC3 AC2

J24 J23

NU1G

VTT1 VTT2 VTT3 VTT4 VTT5 VTT6 VTT7 VTT8 VTT9 VTT10 VTT11 VTT12 VTT13 VTT14 VTT15 VTT16 VTT17 VTT18 VTT19 VTT20 VTT21 VTT22 VTT23 VTT24 VTT25 VTT26 VTT27 VTT28 VTT29 VTT30 VTT31 VTT32 VTT33 VTT34 VTT35 VTT36 VTT37 VTT38 VTT39 VTT40 VTT41 VTT42 VTT43 VTT44 VTT45 VTT46

VCCSM1 VCCSM2 VCCSM3 VCCSM4 VCCSM5 VCCSM6 VCCSM7 VCCSM8 VCCSM9 VCCSM10 VCCSM11 VCCSM12 VCCSM13 VCCSM14 VCCSM15 VCCSM16 VCCSM17 VCCSM18 VCCSM19 VCCSM20 VCCSM21 VCCSM22

VCC_EXP1 VCC_EXP2 VCC_EXP3 VCC_EXP4 VCC_EXP5 VCC_EXP6 VCC_EXP7 VCC_EXP8 VCC_EXP9 VCC_EXP10 VCC_EXP11 VCC_EXP12 VCC_EXP13

BEARLAKE

/O

VCC_SMCLK1 VCC_SMCLK2 VCC_SMCLK3 VCC_SMCLK4 VCC_SMCLK5

VCC_CL1 VCC_CL2 VCC_CL3 VCC_CL4 VCC_CL5 VCC_CL6 VCC_CL7 VCC_CL8

VCC_CL9 VCC_CL10 VCC_CL11 VCC_CL12 VCC_CL13 VCC_CL14 VCC_CL15 VCC_CL16 VCC_CL17 VCC_CL18 VCC_CL19 VCC_CL20 VCC_CL21 VCC_CL22 VCC_CL23 VCC_CL24 VCC_CL25 VCC_CL26 VCC_CL27 VCC_CL28 VCC_CL29 VCC_CL30 VCC_CL31 VCC_CL32 VCC_CL33 VCC_CL34 VCC_CL35 VCC_CL36 VCC_CL37 VCC_CL38 VCC_CL39 VCC_CL40 VCC_CL41 VCC_CL45 VCC_CL46 VCC_CL47 VCC_CL48 VCC_CL49 VCC_CL50 VCC_CL51 VCC_CL52 VCC_CL53 VCC_CL54 VCC_CL55 VCC_CL56 VCC_CL57 VCC_CL58 VCC_CL59 VCC_CL60 VCC_CL61 VCC_CL62 VCC_CL63 VCC_CL64 VCC_CL65 VCC_CL66 VCC_CL67 VCC_CL68 VCC_CL69 VCC_CL70 VCC_CL71 VCC_CL72 VCC_CL73 VCC_CL74 VCC_CL75 VCC_CL76 VCC_CL77 VCC_CL80 VCC_CL78 VCC_CL79

VSS295 VSS296

3

BB41 BA42 AY42 BB42 BA43

AL12 AL11 AL10 AL9 AL8 AL7 AL6 AL5 AJ4 AJ3 AJ2 AK26 AK24 AK23 AK21 AK20 AK18 AK17 AK15 AK3 AK2 AK1 AJ13 AD31 AC31 AA31 Y31 AJ26 AJ24 AJ23 AJ21 AJ20 AJ18 AJ17 AJ15 AJ14 AA30 AA29 Y30 Y29 V30 AL13 AK14 AL29 AL27 AL26 AL24 AL23 AL21 AL20 AL18 AL17 AL15 AK27 AK30 AK29 AJ31 AG31 AF31 AD32 AC32 AA32 AJ30 AJ29 AJ27 AG30 AG29 AG27 AG26 AF30 AF29 AF27 AD30 AD29 AG25 AC30 AC29

AL31 AJ32

GND

NL8

V_CKDDR

12

NC51

0.1UF/16V

GND

12

NC60

0.1UF/16V

/O

c0603

GND GND GND GND GND

12

NC61

NC61 10UF/6.3V

10UF/6.3V

/X

2

NL8

1UH

Please use 09G021103111

NR60 1NR60 1

1 2

NR61 1NR61 1

1 2

12

NC62

NC62 10UF/6.3V

10UF/6.3V

21

12

NC63

NC63 10UF/6.3V

10UF/6.3V

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

+1.8VDUAL

V_CKDDR_R+1.25V_CL

12

NC56

NC56 22UF/6.3V

22UF/6.3V

GND

12

NC64

0.1UF/16V

/X

BEARLAKE-6

Title :

Engineer:

P5E-VM DO

BEARLAKE-6

Tyler_Yuan

1

Rev

1.01G

19 70Friday, March 28, 2008

1.01G

5

GND

A39

A34

A26

A18

A12

NU1H

BC41

VSS1

BC3

VSS2

BA1

VSS3

AY40

VSS4

GND

AF23 AF21

AF19 AE18 AC18 AA18

V29 U29 U27 R21

E1

C43

C1

A41

A5

A3 BC37 BC32 BC28 BC24 BC10

BC5 BB7

AY41

AY4 AW43 AW41

AV37 AV35 AV27 AV23 AV21 AV17 AV11

AV9

AV7

AV2

AU42 AU38 AU32 AU24 AU20

AU6

AU4

AT31 AT29 AT15 AT13

AT12 AR38 AR33 AR32 AR27 AR26 AR23 AR21 AR20 AR17

AR9

AR6 AP43 AP24 AP18

AP1 AN38 AN31 AN29 AN24 AN23 AN20 AN15 AN13 AN12 AN11

AN4 AM42 AM40 AM36 AM33 AM29 AM24

BEARLAKE

/O

5

VSS5 VSS6 VSS7 VSS8 VSS9 VSS10 VSS11 VSS12 VSS13 VSS14 VSS15 VSS16 VSS17 VSS18 VSS19 VSS20 VSS21 VSS22 VSS23 VSS24 VSS25 VSS26 VSS27 VSS28 VSS29 VSS30 VSS31 VSS32 VSS33 VSS34 VSS35 VSS36 VSS37 VSS38 VSS39 VSS40 VSS41 VSS42 VSS43 VSS44 VSS45 VSS46 VSS47 VSS48 VSS49 VSS50 VSS51 VSS52 VSS53 VSS54 VSS55 VSS56 VSS57 VSS58 VSS59 VSS60 VSS61 VSS62 VSS63 VSS64 VSS65 VSS66 VSS67 VSS68 VSS69 VSS70 VSS71 VSS72 VSS73 VSS74 VSS75 VSS76 VSS77 VSS78 VSS79 VSS80 VSS81 VSS82 VSS83 VSS84 VSS85

GND

D D

C C

B B

GND

A A

B10

VSS289

VSS290

VSS291

VSS292

VSS293

VSS294

VSS86

VSS87

VSS88

VSS89

VSS90A7VSS91

AM9

AM7

AM23

AM20

AM11

B32

B31

B26

B23

B22

B19

B14

VSS283

VSS284

VSS285

VSS286

VSS287

VSS288

VSS93

VSS94

VSS95

VSS96

VSS97

VSS92

AM4

AJ39

AJ36

AJ33

AL36

AL33

AK43

C26

C11

B37

VSS277

VSS278C6VSS279C5VSS280C4VSS281

VSS282

VSS98

VSS99

VSS100

VSS101

VSS102

VSS103

VSS104

AF43

AF37

AF36

AH42

AG37

AG34

4

H13

G42

G38

G32

G21

G13

G12

G11

F37

F35

F27

F21

F18

F15

E43

E32

E24

E21

E11

P21

P18

D40

D31

D21

D17

D15

VSS243

VSS244

VSS245

VSS246

VSS247

VSS248

VSS249

VSS250

VSS251G9VSS252G7VSS253G1VSS254

VSS255

VSS256

VSS257

VSS258

VSS259

VSS260F3VSS261

VSS262

VSS263

VSS264

VSS265

VSS266E9VSS267

VSS268

VSS269E3VSS270

VSS271

VSS272

VSS273

VSS274

VSS275D3VSS276

GND

VSS105

VSS106

VSS107

VSS108

VSS109

VSS110

VSS111

VSS112

VSS113

VSS114

VSS115

VSS116

VSS117

VSS118

VSS119

VSS120

VSS121

VSS122

VSS123

VSS124

VSS125

VSS126

VSS127

VSS128

VSS129

VSS130

VSS131

VSS132

VSS133

VSS134

VSS135

VSS136

VSS137

AF9

AF8

AF7

AF6

AF5

AE4

AE3

AF10

AE2

AE24

AE22

AE20

AD42

AD39

AD37

AD35

AD33

AD25

AD23

AD21

AD19

AC38

4

AC7

AC5

AB43

AB25

AB23

AC35

AC24

AC22

AC20

AC10

AB21

3

J21

H31

H29

H21

H20

H17

H15

VSS233

VSS234J9VSS235J7VSS236J5VSS237

VSS238

VSS239

VSS240

VSS241

VSS242

VSS138

VSS139

VSS140

VSS141

VSS142

VSS143

VSS144

VSS145

VSS146

VSS147

AB2

AB1

AB19

AA8

AA38

AA5

AA35

AA24

AA22

AA20

3

VSS232 VSS231 VSS230 VSS229 VSS228 VSS227 VSS226 VSS225 VSS224 VSS223 VSS222 VSS221 VSS220 VSS219 VSS218 VSS217 VSS216 VSS215 VSS214 VSS213 VSS212 VSS211 VSS210 VSS209 VSS208 VSS207 VSS206 VSS205 VSS204 VSS203 VSS202 VSS201 VSS200 VSS199 VSS198 VSS197 VSS196 VSS195 VSS194 VSS193 VSS192 VSS191 VSS190 VSS189 VSS188 VSS187 VSS186 VSS185 VSS184 VSS183 VSS182 VSS181 VSS180 VSS179 VSS178 VSS177 VSS176 VSS175 VSS174 VSS173 VSS172 VSS171 VSS170 VSS169 VSS168 VSS167 VSS166 VSS165 VSS164 VSS163 VSS162 VSS161 VSS160 VSS159 VSS158 VSS157 VSS156 VSS155 VSS154 VSS153 VSS152 VSS151 VSS150 VSS149 VSS148

J27 J32 J35 J38 K2 K12 K13 K18 K21 K26 K43 L3 L5 L7 L11 L20 L21 L29 L31 L32 L33 L40 M1 M7 M10 M15 M17 M20 M21 M27 M33 M35 M37 N5 N7 N10 N13 N21 N27 N31 N33 N36 P2 P17 P30 P43 R3 R5 R8 R11 R31 R33 R36 T1 T42 U5 U7 U8 U35 U38 V2 V5 V8 V11 V32 V34 V37 V39 V43 W3 W20 W22 W24 Y1 Y5 Y7 Y10 Y19 Y21 Y23 Y25 Y33 Y35 Y37 Y42

GND

2

NB_HS1

8 7 6 5

HEATSINK

/O

CLIP1

ANGLE_45

/O

2

CLIP2

ANGLE_45

/O

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

Date: Sheet

CLIP3

ANGLE_45

/O

P5E-VM DO

1

1 2 3 4

GNDGND

Title :

Engineer:

1

CLIP4

ANGLE_45

/O

BEARLAKE-7

Tyler_Yuan

Rev

1.01G

20 70Friday, March 28, 2008

1.01G

of

5

D2_DQ_A[0:63]{16}

D2_MAA[0:13]{16}

D D

By chipset support, Plz ref chipset spec

D2_MAA14{16}

D2_MA_CLK2{16} D2_MA_CLK#2{16} D2_MA_CLK1{16} D2_MA_CLK#1{16} D2_MA_CLK0{16} D2_MA_CLK#0{16}

D2_CS_A#1{16} D2_CS_A#0{16}

D2_ODT_A1{16} D2_ODT_A0{16}

C C

D2_WEA#{16} D2_RASA#{16} D2_CASA#{16}

D2_BAA2{16} D2_BAA1{16} D2_BAA0{16}

D2_CKE_A1{16} D2_CKE_A0{16}

Address 0

D2_DQS_A7{16} D2_DQS_A#7{16} D2_DQS_A6{16} D2_DQS_A6{16}

B B

A A

D2_DQS_A#6{16} D2_DQS_A5{16} D2_DQS_A#5{16} D2_DQS_A4{16} D2_DQS_A#4{16} D2_DQS_A3{16} D2_DQS_A#3{16} D2_DQS_A2{16} D2_DQS_A#2{16} D2_DQS_A1{16} D2_DQS_A#1{16} D2_DQS_A0{16} D2_DQS_A#0{16}

D2_DM_A7{16} D2_DM_A6{16} D2_DM_A5{16} D2_DM_A4{16} D2_DM_A3{16} D2_DM_A2{16} D2_DM_A1{16} D2_DM_A0{16}

S_SMBCLK_MAIN S_SMBDATA_MAIN

5

COLOR: YELLOW TYPE: Gold Flash

DIMM_A1A

D2_MAA0

188 183

63

182

61 60

180

58 179 177

70

57 176 196 174 173

220 221 137 138 185 186

76 193

77 195

73 192

74

54 190

71

171

52

101 240 239

114 113 105 104

93

92

84

83

37

36

28

27

16

15

7 6

232 223 211 202 155 146 134 125

120 119

165 233 224 212 203 156 147 135 126

A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10/AP A11 A12 A13 A14 A15

CK2P CK2N CK1P CK1N CK0P CK0N

CS1# CS0#

ODT1 ODT0

WE# RAS# CAS#

A16/BA2 BA1 BA0

CKE1 CKE0

SA2 SA1 SA0

DQS7P DQS7N DQS6P DQS6N DQS5P DQS5N DQS4P DQS4N DQS3P DQS3N DQS2P DQS2N DQS1P DQS1N DQS0P DQS0N

DM7/DQS16P DM6/DQS15P DM5/DQS14P DM4/DQS13P DM3/DQS12P DM2/DQS11P DM1/DQS10P DM0/DQS9P

SCL SDA

NC/DQS17N NC/DQS16N NC/DQS15N NC/DQS14N NC/DQS13N NC/DQS12N NC/DQS11N NC/DQS10N NC/DQS9N

DDR_DIMM_240P

DM8/DQS17P

D2_MAA1 D2_MAA2 D2_MAA3 D2_MAA4 D2_MAA5 D2_MAA6 D2_MAA7 D2_MAA8 D2_MAA9 D2_MAA10

D2_MAA12 D2_MAA13 D2_MAA14

GND GND

DQ63 DQ62 DQ61 DQ60 DQ59 DQ58 DQ57 DQ56 DQ55 DQ54 DQ53 DQ52 DQ51 DQ50 DQ49 DQ48 DQ47 DQ46 DQ45 DQ44 DQ43 DQ42 DQ41 DQ40 DQ39 DQ38 DQ37 DQ36 DQ35 DQ34 DQ33 DQ32 DQ31 DQ30 DQ29 DQ28 DQ27 DQ26 DQ25 DQ24 DQ23 DQ22 DQ21 DQ20 DQ19 DQ18 DQ17 DQ16 DQ15 DQ14 DQ13 DQ12 DQ11 DQ10

DQ9 DQ8 DQ7 DQ6 DQ5 DQ4 DQ3 DQ2 DQ1 DQ0

NC/CB7 NC/CB6 NC/CB5 NC/CB4 NC/CB3 NC/CB2 NC/CB1 NC/CB0

NC/DQS8P NC/DQS8N

RESET#

RC02

NP_NC1 NP_NC2 NP_NC3

NC0 NC1 NC2

236 235 230 229 117 116 111 110 227 226 218 217 108 107 99 98 215 214 209 208 96 95 90 89 206 205 200 199 87 86 81 80 159 158 153 152 40 39 34 33 150 149 144 143 31 30 25 24 141 140 132 131 22 21 13 12 129 128 123 122 10 9 4 3

168 167 162 161 49 48 43 42

46 45

164

18 55

241 242 243

19 68 102

D2_DQ_A63 D2_DQ_A62 D2_DQ_A61 D2_DQ_A60 D2_DQ_A59 D2_DQ_A58 D2_DQ_A57 D2_DQ_A56 D2_DQ_A55 D2_DQ_A54 D2_DQ_A53 D2_DQ_A52D2_MAA11 D2_DQ_A51 D2_DQ_A50 D2_DQ_A49 D2_DQ_A48 D2_DQ_A47 D2_DQ_A46 D2_DQ_A45 D2_DQ_A44 D2_DQ_A43 D2_DQ_A42 D2_DQ_A41 D2_DQ_A40 D2_DQ_A39 D2_DQ_A38 D2_DQ_A37 D2_DQ_A36 D2_DQ_A35 D2_DQ_A34 D2_DQ_A33 D2_DQ_A32 D2_DQ_A31 D2_DQ_A30 D2_DQ_A29 D2_DQ_A28 D2_DQ_A27 D2_DQ_A26 D2_DQ_A25 D2_DQ_A24 D2_DQ_A23 D2_DQ_A22 D2_DQ_A21 D2_DQ_A20 D2_DQ_A19 D2_DQ_A18 D2_DQ_A17 D2_DQ_A16 D2_DQ_A15 D2_DQ_A14 D2_DQ_A13 D2_DQ_A12 D2_DQ_A11 D2_DQ_A10 D2_DQ_A9 D2_DQ_A8 D2_DQ_A7 D2_DQ_A6 D2_DQ_A5 D2_DQ_A4 D2_DQ_A3 D2_DQ_A2 D2_DQ_A1 D2_DQ_A0

4

D2_DQ_A[0:63]{16}

D2_MAA[0:13]{16}

By chipset support

D2_MAA14{16}

D2_MA_CLK5{16} D2_MA_CLK#5{16} D2_MA_CLK4{16} D2_MA_CLK#4{16} D2_MA_CLK3{16} D2_MA_CLK#3{16}

D2_CS_A#3{16} D2_CS_A#2{16}

D2_ODT_A3{16} D2_ODT_A2{16}

D2_WEA#{16} D2_RASA#{16} D2_CASA#{16}

D2_BAA2{16} D2_BAA1{16} D2_BAA0{16}

D2_CKE_A3{16} D2_CKE_A2{16}

D2_DQS_A7{16} D2_DQS_A#7{16}

D2_DQS_A#6{16} D2_DQS_A5{16} D2_DQS_A#5{16} D2_DQS_A4{16} D2_DQS_A#4{16} D2_DQS_A3{16} D2_DQS_A#3{16} D2_DQS_A2{16} D2_DQS_A#2{16} D2_DQS_A1{16} D2_DQS_A#1{16} D2_DQS_A0{16} D2_DQS_A#0{16}

D2_DM_A7{16} D2_DM_A6{16} D2_DM_A5{16} D2_DM_A4{16} D2_DM_A3{16} D2_DM_A2{16} D2_DM_A1{16} D2_DM_A0{16}

S_SMBCLK_MAIN{7,11,22,30,36} S_SMBDATA_MAIN{7,11,22,30,36}

4

3

D2_MAA0 D2_MAA1 D2_MAA2 D2_MAA3 D2_MAA4 D2_MAA5 D2_MAA6 D2_MAA7 D2_MAA8 D2_MAA9 D2_MAA10 D2_MAA11 D2_MAA12 D2_MAA13 D2_MAA14

Address 2

+3.3V_CL

3

COLOR: BLACK TYPE : Gold Flash

DIMM_A2A

188

A0

183

A1

63

A2

182

A3

61

A4

60

A5

180

A6

58

A7

179

A8

177

A9

70

A10/AP

57

A11

176

A12

196

A13

174

A14

173

A15

220

CK2P

221

CK2N

137

CK1P

138

CK1N

185

CK0P

186

CK0N

76

CS1#

193

CS0#

77

ODT1

195

ODT0

73

WE#

192

RAS#

74

CAS#

54

A16/BA2

190

BA1

71

BA0

171

CKE1

52

CKE0

101

SA2

240

SA1

239

SA0

114

DQS7P

113

DQS7N

105

DQS6P

104

DQS6N

93

DQS5P

92

DQS5N

84

DQS4P

83

DQS4N

37

DQS3P

36

DQS3N

28

DQS2P

27

DQS2N

16

DQS1P

15

DQS1N

7

DQS0P

6

DQS0N

232

DM7/DQS16P

223

DM6/DQS15P

211

DM5/DQS14P

202

DM4/DQS13P

155

DM3/DQS12P

146

DM2/DQS11P

134

DM1/DQS10P

125

DM0/DQS9P

120

SCL

119

SDA

165

NC/DQS17N

233

NC/DQS16N

224

NC/DQS15N

212

NC/DQS14N

203

NC/DQS13N

156

NC/DQS12N

147

NC/DQS11N

135

NC/DQS10N

126

NC/DQS9N

DDR_DIMM_240P

NC/CB7 NC/CB6 NC/CB5 NC/CB4 NC/CB3 NC/CB2 NC/CB1 NC/CB0

NC/DQS8P

NC/DQS8N

DM8/DQS17P

RESET#

NP_NC1 NP_NC2 NP_NC3

DQ63 DQ62 DQ61 DQ60 DQ59 DQ58 DQ57 DQ56 DQ55 DQ54 DQ53 DQ52 DQ51 DQ50 DQ49 DQ48 DQ47 DQ46 DQ45 DQ44 DQ43 DQ42 DQ41 DQ40 DQ39 DQ38 DQ37 DQ36 DQ35 DQ34 DQ33 DQ32 DQ31 DQ30 DQ29 DQ28 DQ27 DQ26 DQ25 DQ24 DQ23 DQ22 DQ21 DQ20 DQ19 DQ18 DQ17 DQ16 DQ15 DQ14 DQ13 DQ12 DQ11 DQ10

DQ9 DQ8 DQ7 DQ6 DQ5 DQ4 DQ3 DQ2 DQ1 DQ0

RC02

NC0 NC1 NC2

236 235 230 229 117 116 111 110 227 226 218 217 108 107 99 98 215 214 209 208 96 95 90 89 206 205 200 199 87 86 81 80 159 158 153 152 40 39 34 33 150 149 144 143 31 30 25 24 141 140 132 131 22 21 13 12 129 128 123 122 10 9 4 3

168 167 162 161 49 48 43 42

46 45

164

18 55

241 242 243

19 68 102

D2_DQ_A63 D2_DQ_A62 D2_DQ_A61 D2_DQ_A60 D2_DQ_A59 D2_DQ_A58 D2_DQ_A57 D2_DQ_A56 D2_DQ_A55 D2_DQ_A54 D2_DQ_A53 D2_DQ_A52 D2_DQ_A51 D2_DQ_A50 D2_DQ_A49 D2_DQ_A48 D2_DQ_A47 D2_DQ_A46 D2_DQ_A45 D2_DQ_A44 D2_DQ_A43 D2_DQ_A42 D2_DQ_A41 D2_DQ_A40 D2_DQ_A39 D2_DQ_A38 D2_DQ_A37 D2_DQ_A36 D2_DQ_A35 D2_DQ_A34 D2_DQ_A33 D2_DQ_A32 D2_DQ_A31 D2_DQ_A30 D2_DQ_A29 D2_DQ_A28 D2_DQ_A27 D2_DQ_A26 D2_DQ_A25 D2_DQ_A24 D2_DQ_A23 D2_DQ_A22 D2_DQ_A21 D2_DQ_A20 D2_DQ_A19 D2_DQ_A18 D2_DQ_A17 D2_DQ_A16 D2_DQ_A15 D2_DQ_A14 D2_DQ_A13 D2_DQ_A12 D2_DQ_A11 D2_DQ_A10 D2_DQ_A9 D2_DQ_A8 D2_DQ_A7 D2_DQ_A6 D2_DQ_A5 D2_DQ_A4 D2_DQ_A3 D2_DQ_A2 D2_DQ_A1 D2_DQ_A0

2

For one channel use. Delete this block If you want to design one channel.

D2_MAA0{16} D2_MAA1{16} D2_MAA2{16} D2_MAA3{16}

D2_MAA4{16} D2_MAA5{16} D2_MAA6{16} D2_MAA7{16}

D2_MAA8{16}

D2_MAA9{16} D2_MAA10{16} D2_MAA11{16}

D2_MAA12{16} D2_MAA13{16}

D2_MAA14{16}

By chipset support, Plz ref chipset spec

D2_RASA#{16} D2_CASA#{16}

D2_WEA#{16}

D2_BAA0{16} D2_BAA1{16} D2_BAA2{16}

D2_CS_A#3{16} D2_CS_A#2{16} D2_CKE_A3{16} D2_CKE_A2{16}

D2_ODT_A3{16} D2_ODT_A2{16}

For one channel use. You can delete these blocks and reseve "RN6" If you want to design one channel of DIMM.

D2_CS_A#1{16} D2_CS_A#0{16} D2_CKE_A1{16} D2_CKE_A0{16} D2_ODT_A1{16}

+3V

GND

2

D2_ODT_A0{16}

D2D1

1

2

1

2

Date: Sheet of

S_SMBCLK_MAIN

3

BAV99W

D2D2

S_SMBDATA_MAIN

3

BAV99W

ASUS TeK Computer INC

Size Project Name

A3

P5E-VM DO

GND

1

0.1F Beta

0402

7 8

33Ohm

1 2

33Ohm

3 4

33Ohm

5 6

33Ohm

7 8

33Ohm

3 4

33Ohm

1 2

33Ohm

7 8

33Ohm

5 6

33Ohm

1 2

33Ohm

3 4

33Ohm

3 4

33Ohm

5 6

33Ohm

1 2

33Ohm

D2R1 33Ohm

1 2

0402

7 8

33Ohm

3 4

33Ohm

5 6

33Ohm

1 2

33Ohm

5 6

33Ohm

7 8

33Ohm

0402

7 8

43Ohm

5 6

43Ohm

7 8

43Ohm

1 2

43Ohm

1 2

43Ohm

1 2

43Ohm

0402

5 6

43Ohm

7 8

43Ohm

5 6

43Ohm

3 4

43Ohm

3 4

43Ohm

3 4

43Ohm

SMBus CAPs Placed close to DIMM

D2C2

GND

Title :

Engineer:

1

D2C2

12

68PF/50V

/X/DDR2

NPO

D2C1

12

68PF/50V

/X/DDR2

NPO

+VTTDDR

D2RN8D

D2RN8D D2RN1A

D2RN1A D2RN1B

D2RN1B D2RN1C

D2RN1C

D2RN1D

D2RN1D D2RN2B

D2RN2B D2RN2A

D2RN2A D2RN2D

D2RN2D

D2RN2C

D2RN2C D2RN3A

D2RN3A D2RN8B

D2RN8B D2RN3B

D2RN3B

0402

D2RN3C

D2RN3C D2RN4A

D2RN4A

r0402

D2RN4D

D2RN4D D2RN4B

D2RN4B D2RN4C

D2RN4C

D2RN8A

D2RN8A D2RN8C

D2RN8C D2RN3D

D2RN3D

D2RN7D

D2RN7D D2RN6C

D2RN6C D2RN5D

D2RN5D D2RN5A

D2RN5A

0402

D2RN7A

D2RN7A D2RN6A

D2RN6A

D2RN7C

D2RN7C D2RN6D

D2RN6D D2RN5C

D2RN5C D2RN5B

D2RN5B D2RN7B

D2RN7B D2RN6B

D2RN6B

DDRII Channel A

Makishin Huang

21 70Friday, March 28, 2008

Rev

0.1F

5

D2_DQ_B[0:63]{16}

D2_MAB[0:13]{16}

D D

By chipset support, Plz ref chipset spec

D2_MAB14{16}

D2_MB_CLK2{16} D2_MB_CLK#2{16} D2_MB_CLK1{16} D2_MB_CLK#1{16} D2_MB_CLK0{16} D2_MB_CLK#0{16} D2_MAB12{16}

D2_CS_B#1{16} D2_CS_B#0{16}

D2_ODT_B1{16} D2_ODT_B0{16}

C C

B B

D2_WEB#{16} D2_RASB#{16} D2_CASB#{16}

D2_BAB2{16} D2_BAB1{16} D2_BAB0{16}

D2_CKE_B1{16} D2_CKE_B0{16}

D2_DQS_B7{16} D2_DQS_B#7{16} D2_DQS_B6{16} D2_DQS_B#6{16} D2_DQS_B5{16} D2_DQS_B#5{16} D2_DQS_B4{16} D2_CKE_B1{16} D2_DQS_B#4{16} D2_DQS_B3{16} D2_DQS_B#3{16} D2_DQS_B2{16} D2_DQS_B#2{16} D2_DQS_B1{16} D2_DQS_B#1{16} D2_DQS_B0{16} D2_DQS_B#0{16}

D2_DM_B7{16} D2_DM_B6{16} D2_DM_B5{16} D2_DM_B4{16} D2_DM_B3{16} D2_DM_B2{16} D2_DM_B1{16} D2_DM_B0{16}

S_SMBCLK_MAIN{7,11,21,30,36} S_SMBDATA_MAIN{7,11,21,30,36}

Address 4

COLOR: YELLOW TYPE : Gold Flash

DIMM_B1A

D2_MAB0

188

GND

183

63

182

61 60

180

58 179 177

70

57 176 196 174 173

220 221 137 138 185 186

76 193

77 195

73 192

74

54 190

71

171

52

101 240 239

114 113 105 104

93

92

84

83

37

36

28

27

16

15

7 6

232 223 211 202 155 146 134 125

120 119

A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10/AP A11 A12 A13 A14 A15

CK2P CK2N CK1P CK1N CK0P CK0N

CS1# CS0#

ODT1 ODT0

WE# RAS# CAS#

A16/BA2 BA1 BA0

CKE1 CKE0

SA2 SA1 SA0

DQS7P DQS7N DQS6P DQS6N DQS5P DQS5N DQS4P DQS4N DQS3P DQS3N DQS2P DQS2N DQS1P DQS1N DQS0P DQS0N

DM7/DQS16P DM6/DQS15P DM5/DQS14P DM4/DQS13P DM3/DQS12P DM2/DQS11P DM1/DQS10P DM0/DQS9P

SCL SDA

D2_MAB1 D2_MAB2 D2_MAB3 D2_MAB4 D2_MAB5 D2_MAB6 D2_MAB7 D2_MAB8 D2_MAB9 D2_MAB10 D2_MAB11 D2_MAB12 D2_MAB13

+3.3V_CL +3.3V_CL

DQ63 DQ62 DQ61 DQ60 DQ59 DQ58 DQ57 DQ56 DQ55 DQ54 DQ53 DQ52 DQ51 DQ50 DQ49 DQ48 DQ47 DQ46 DQ45 DQ44 DQ43 DQ42 DQ41 DQ40 DQ39 DQ38 DQ37 DQ36 DQ35 DQ34 DQ33 DQ32 DQ31 DQ30 DQ29 DQ28 DQ27 DQ26 DQ25 DQ24 DQ23 DQ22 DQ21 DQ20 DQ19 DQ18 DQ17 DQ16 DQ15 DQ14 DQ13 DQ12 DQ11 DQ10

DQ9 DQ8 DQ7 DQ6 DQ5 DQ4 DQ3 DQ2 DQ1 DQ0

NC/CB7 NC/CB6 NC/CB5 NC/CB4 NC/CB3 NC/CB2 NC/CB1 NC/CB0

NC/DQS8P NC/DQS8N

DM8/DQS17P

4

D2_DQ_B[0:63]{16}

D2_MAB[0:13]{16}

D2_DQ_B63

236

D2_DQ_B62

235

D2_DQ_B61

230

D2_DQ_B60

229

D2_DQ_B59

117

D2_DQ_B58

116

D2_DQ_B57

111

D2_DQ_B56 D2_DQ_B56

110

D2_DQ_B55

227

D2_DQ_B54

226

D2_DQ_B53

218

D2_DQ_B52

217 108 107 99 98 215 214 209 208 96 95 90 89 206 205 200 199 87 86 81 80 159 158 153 152 40 39 34 33 150 149 144 143 31 30 25 24 141 140 132 131 22 21 13 12 129 128 123 122 10 9 4 3

168 167 162 161 49 48 43 42

46 45

164

D2_DQ_B51 D2_DQ_B50 D2_DQ_B49 D2_DQ_B48 D2_DQ_B47 D2_DQ_B46 D2_DQ_B45 D2_DQ_B44 D2_DQ_B43 D2_DQ_B42 D2_DQ_B41 D2_DQ_B40 D2_DQ_B39 D2_DQ_B38 D2_DQ_B37 D2_DQ_B36 D2_DQ_B35 D2_DQ_B34 D2_DQ_B33 D2_DQ_B32 D2_DQ_B31 D2_DQ_B30 D2_DQ_B29 D2_DQ_B28 D2_DQ_B27 D2_DQ_B26 D2_DQ_B25 D2_DQ_B24 D2_DQ_B23 D2_DQ_B22 D2_DQ_B21 D2_DQ_B20 D2_DQ_B19 D2_DQ_B18 D2_DQ_B17 D2_DQ_B16 D2_DQ_B15 D2_DQ_B14 D2_DQ_B13 D2_DQ_B12 D2_DQ_B11 D2_DQ_B10 D2_DQ_B9 D2_DQ_B8 D2_DQ_B7 D2_DQ_B6 D2_DQ_B5 D2_DQ_B4 D2_DQ_B3 D2_DQ_B2 D2_DQ_B1 D2_DQ_B0

By chipset support

D2_MAB14{16}

D2_MB_CLK5{16} D2_MB_CLK#5{16} D2_MB_CLK4{16} D2_MB_CLK#4{16} D2_MB_CLK3{16} D2_MB_CLK#3{16}

D2_CS_B#3{16} D2_CS_B#2{16}

D2_ODT_B3{16} D2_ODT_B2{16}

D2_WEB#{16} D2_RASB#{16} D2_CASB#{16}

D2_BAB2{16} D2_BAB1{16} D2_BAB0{16}

D2_CKE_B3{16}

D2_DQS_B7{16} D2_DQS_B#7{16} D2_DQS_B6{16} D2_DQS_B#6{16} D2_DQS_B5{16} D2_DQS_B#5{16} D2_DQS_B4{16} D2_DQS_B#4{16} D2_DQS_B3{16} D2_DQS_B#3{16} D2_DQS_B2{16} D2_DQS_B#2{16} D2_DQS_B1{16} D2_DQS_B#1{16} D2_DQS_B0{16} D2_DQS_B#0{16}

D2_DM_B7{16} D2_DM_B6{16} D2_DM_B5{16} D2_DM_B4{16} D2_DM_B3{16} D2_DM_B2{16} D2_DM_B1{16} D2_DM_B0{16}

S_SMBCLK_MAIN{7,11,21,30,36} S_SMBDATA_MAIN{7,11,21,30,36}

3

COLOR: BLACK TYPE : GOLD FLASH

DIMM_B2A

D2_MAB0

188

GND

183

63

182

61 60

180

58 179 177

70

57 176 196 174 173

220 221 137 138 185 186

76 193

77 195

73 192

74

54 190

71

171

52

101 240 239

114 113 105 104

93

92

84

83

37

36

28

27

16

15

7 6

232 223 211 202 155 146 134 125

120 119

A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10/AP A11 A12 A13 A14 A15

CK2P CK2N CK1P CK1N CK0P CK0N

CS1# CS0#

ODT1 ODT0

WE# RAS# CAS#

A16/BA2 BA1 BA0

CKE1 CKE0

SA2 SA1 SA0

DQS7P DQS7N DQS6P DQS6N DQS5P DQS5N DQS4P DQS4N DQS3P DQS3N DQS2P DQS2N DQS1P DQS1N DQS0P DQS0N

DM7/DQS16P DM6/DQS15P DM5/DQS14P DM4/DQS13P DM3/DQS12P DM2/DQS11P DM1/DQS10P DM0/DQS9P

SCL SDA

D2_MAB1 D2_MAB2 D2_MAB3 D2_MAB4 D2_MAB5 D2_MAB6 D2_MAB7 D2_MAB8 D2_MAB9 D2_MAB10 D2_MAB11 D2_MAB12 D2_MAB13 D2_MAB14D2_MAB14

Address 6

DQ63 DQ62 DQ61 DQ60 DQ59 DQ58 DQ57 DQ56 DQ55 DQ54 DQ53 DQ52 DQ51 DQ50 DQ49 DQ48 DQ47 DQ46 DQ45 DQ44 DQ43 DQ42 DQ41 DQ40 DQ39 DQ38 DQ37 DQ36 DQ35 DQ34 DQ33 DQ32 DQ31 DQ30 DQ29 DQ28 DQ27 DQ26 DQ25 DQ24 DQ23 DQ22 DQ21 DQ20 DQ19 DQ18 DQ17 DQ16 DQ15 DQ14 DQ13 DQ12 DQ11 DQ10

DQ9 DQ8 DQ7 DQ6 DQ5 DQ4 DQ3 DQ2 DQ1 DQ0

NC/CB7 NC/CB6 NC/CB5 NC/CB4 NC/CB3 NC/CB2 NC/CB1 NC/CB0

NC/DQS8P NC/DQS8N

DM8/DQS17P

236 235 230 229 117 116 111 110 227 226 218 217 108 107 99 98 215 214 209 208 96 95 90 89 206 205 200 199 87 86 81 80 159 158 153 152 40 39 34 33 150 149 144 143 31 30 25 24 141 140 132 131 22 21 13 12 129 128 123 122 10 9 4 3

168 167 162 161 49 48 43 42

46 45

164

D2_DQ_B63 D2_DQ_B62 D2_DQ_B61 D2_DQ_B60 D2_DQ_B59 D2_DQ_B58 D2_DQ_B57

D2_DQ_B55 D2_DQ_B54 D2_DQ_B53 D2_DQ_B52 D2_DQ_B51 D2_DQ_B50 D2_DQ_B49 D2_DQ_B48 D2_DQ_B47 D2_DQ_B46 D2_DQ_B45 D2_DQ_B44 D2_DQ_B43 D2_DQ_B42 D2_DQ_B41 D2_DQ_B40 D2_DQ_B39 D2_DQ_B38 D2_DQ_B37 D2_DQ_B36 D2_DQ_B35 D2_DQ_B34 D2_DQ_B33 D2_DQ_B32 D2_DQ_B31 D2_DQ_B30 D2_DQ_B29 D2_DQ_B28 D2_DQ_B27 D2_DQ_B26 D2_DQ_B25 D2_DQ_B24 D2_DQ_B23 D2_DQ_B22 D2_DQ_B21 D2_DQ_B20 D2_DQ_B19 D2_DQ_B18 D2_DQ_B17 D2_DQ_B16 D2_DQ_B15 D2_DQ_B14 D2_DQ_B13 D2_DQ_B12 D2_DQ_B11 D2_DQ_B10 D2_DQ_B9 D2_DQ_B8 D2_DQ_B7 D2_DQ_B6 D2_DQ_B5 D2_DQ_B4 D2_DQ_B3 D2_DQ_B2 D2_DQ_B1 D2_DQ_B0

2

For one channel use. Delete this block If you want to design one channel.

D2_MAB0{16} D2_MAB1{16} D2_MAB2{16} D2_MAB3{16}

D2_MAB4{16} D2_MAB5{16} D2_MAB6{16} D2_MAB7{16}

D2_MAB8{16}

D2_MAB9{16} D2_MAB10{16} D2_MAB11{16}

D2_MAB14{16}

By chipset support, Plz ref chipset spec

Plz keep RN10A if you delete R3 & net "D2_MAB14 / 15"

D2_BAB0{16} D2_BAB1{16} D2_BAB2{16}

D2_CS_B#3{16} D2_CS_B#2{16}D2_CKE_B2{16} D2_CKE_B3{16} D2_CKE_B2{16}

D2_ODT_B3{16} D2_ODT_B2{16}

For one channel use. You can delete these blocks and reseve "RN15" If you want to design one channel of DIMM.

D2_CKE_B0{16} D2_ODT_B1{16} D2_ODT_B0{16} D2_CS_B#1{16} D2_CS_B#0{16}

D2_MAB13{16}

D2_CASB#{16}

D2_WEB#{16}

D2_RASB#{16}

1

0.1F Beta

0402

D2RN12D

33Ohm

33Ohm 33Ohm

33Ohm

33Ohm 33Ohm

33Ohm

33Ohm 33Ohm

33Ohm

0402

33Ohm

43Ohm

43Ohm 43Ohm

43Ohm

43Ohm 43Ohm

43Ohm

43Ohm 43Ohm

43Ohm

33Ohm

33Ohm 33Ohm

33Ohm

0402

D2RN12D D2RN9B

D2RN9B D2RN9A

D2RN9A D2RN9C

D2RN9C

D2RN9D

D2RN9D D2RN11A

D2RN11A D2RN11B

D2RN11B D2RN11D

D2RN11D

D2RN11C

D2RN11C D2RN10A

D2RN10A D2RN12C

D2RN12C D2RN10B

D2RN10B

D2RN10C

D2RN10D

D2RN12A

D2RN12A D2RN12B

D2RN12B

r0402

D2RN15D

D2RN15D D2RN16B

D2RN16B D2RN14B

D2RN14B D2RN14C

D2RN14C

D2RN15C

D2RN15C D2RN16A

D2RN16A

D2RN14D

D2RN14D D2RN14A

D2RN14A D2RN16D

D2RN16D D2RN15A

D2RN15A D2RN16C

D2RN16C D2RN15B

D2RN15B

D2RN13A

D2RN13A D2RN13B

D2RN13B D2RN13C

D2RN13C D2RN13D

D2RN13D

7 8 3 4 1 2 5 6

7 8 1 2 3 4 7 8

5 6 1 2 5 6 3 4

5 6

7 8

1 2 3 4

D2R4 33Ohm

1 2

7 8 3 4 3 4 5 6

5 6 1 2

7 8 1 2 7 8 1 2 5 6 3 4

1 2 3 4 5 6 7 8

+VTTDDR

A A

5

165 233 224 212 203 156 147 135 126

NC/DQS17N NC/DQS16N NC/DQS15N NC/DQS14N NC/DQS13N NC/DQS12N NC/DQS11N NC/DQS10N NC/DQS9N

DDR_DIMM_240P

RESET#

RC02

NP_NC1 NP_NC2 NP_NC3

NC0 NC1 NC2

18 55

241 242 243

19 68 102

4

3

165 233 224 212 203 156 147 135 126

NC/DQS17N NC/DQS16N NC/DQS15N NC/DQS14N NC/DQS13N NC/DQS12N NC/DQS11N NC/DQS10N NC/DQS9N

DDR_DIMM_240P

RESET#

RC02

NP_NC1 NP_NC2 NP_NC3

NC0 NC1 NC2

18 55

241 242 243

19 68 102

2

Title :

Engineer:

ASUS TeK Computer INC

Size Project Name

A3

Date: Sheet of

P5E-VM DO

Engineer:

DDRII Channel B

1

Makishin Huang

22 70Friday, March 28, 2008

Rev

0.1F

5

+1.8VDUAL

D D

GND

If you don't use MEM_WARN, please connect PIN2 to GND.

C C

D2_VREF_DIMM

D2C33

0.1UF/16V

12

GND

+1.8VDUAL

B B

GND

If you don't use MEM_WARN, please connect PIN2 to GND.

A A

D2_VREF_DIMM

D2C58

0.1UF/16V

/X/DDR2

12

GND GND

DIMM_A1B

197

VDD10

189

VDD9

187

VDD8

184

VDD7

178

VDD6

172

VDD5

69

VDD4

67

VDD3

64

VDD2

59

VDD1

53

VDD0

115

GND31

112

GND30

109

GND29

106

GND28

103

GND27

100

GND26

97

GND25

94

GND24

91

GND23

88

GND22

85

GND21

82

GND20

79

GND19

66

GND18

65

GND17

50

GND16

47

GND15

44

GND14

41

GND13

38

GND12

35

GND11

32

GND10

29

GND9

26

GND8

23

GND7

20

GND6

17

GND5

14

GND4

11

GND3

8

GND2

5

GND1

2

GND0

1

VREF

DDR_DIMM_240P

DIMM_A2B

197

VDD10

189

VDD9

187

VDD8

184

VDD7

178

VDD6

172

VDD5

69

VDD4

67

VDD3

64

VDD2

59

VDD1

53

VDD0

115

GND31

112

GND30

109

GND29

106

GND28

103

GND27

100

GND26

97

GND25

94

GND24

91

GND23

88

GND22

85

GND21

82

GND20

79

GND19

66

GND18

65

GND17

50

GND16

47

GND15

44

GND14

41

GND13

38

GND12

35

GND11

32

GND10

29

GND9

26

GND8

23

GND7

20

GND6

17

GND5

14

GND4

11

GND3

8

GND2

5

GND1

2

GND0

1

VREF

DDR_DIMM_240P

W/S = 10/10

VDDQ9 VDDQ8 VDDQ7 VDDQ6 VDDQ5 VDDQ4 VDDQ3 VDDQ2 VDDQ1 VDDQ0

VDDQ10

GND63 GND62 GND61 GND60 GND59 GND58 GND57 GND56 GND55 GND54 GND53 GND52 GND51 GND50 GND49 GND48 GND47 GND46 GND45 GND44 GND43 GND42 GND41 GND40 GND39 GND38 GND37 GND36 GND35 GND34 GND33 GND32

VDDSPD

VDDQ9 VDDQ8 VDDQ7 VDDQ6 VDDQ5 VDDQ4 VDDQ3 VDDQ2 VDDQ1 VDDQ0

VDDQ10

GND63 GND62 GND61 GND60 GND59 GND58 GND57 GND56 GND55 GND54 GND53 GND52 GND51 GND50 GND49 GND48 GND47 GND46 GND45 GND44 GND43 GND42 GND41 GND40 GND39 GND38 GND37 GND36 GND35 GND34 GND33 GND32

VDDSPD

+1.8VDUAL

191 181 175 170 78 75 72 62 56 51 194 237 234 231 228 225 222 219 216 213 210 207 204 201 198 169 166 163 160 157 154 151 148 145 142 139 136 133 130 127 124 121 118

238

191 181 175 170 78 75 72 62 56 51 194 237 234 231 228 225 222 219 216 213 210 207 204 201 198 169 166 163 160 157 154 151 148 145 142 139 136 133 130 127 124 121 118

238

DIMM_A1B: CLOSEST TO CPU COLOR: YELLOW TYPE : GOLD FLASH

GND

If you don't use MEM_WARN,please connect PIN118 to GND.

+3.3V_CL

D2C32

0.1UF/16V

+1.8VDUAL

12

GND

DIMM_A2B COLOR: BLACK TYPE : GOLD FLASH

GND

If you don't use MEM_WARN,please connect PIN118 to GND.

4

DIMM_B1B COLOR: YELLOW TYPE : GOLD FLASH

If you don't use MEM_WARN, please connect PIN2 to GND.

+1.8VDUAL

D2C23

12

0.1UF/16V

/X/DDR2

12

D2R5

D2R5 1KOhm

1KOhm

W/S = 10/10

D2_VREF_DIMM

12

D2R6

D2R6 1KOhm

1KOhm

GND

DIMM_B2B FURTHEST FROM CPU COLOR: BLACK TYPE : GOLD FLASH

+3.3V_CL

12

D2C56

0.1UF/16V

/X/DDR2

GND

/X/DDR2

GND

12

D2C35

0.1UF/16V

GND

If you don't use MEM_WARN, please connect PIN2 to GND.

12

D2C59

0.1UF/16V

/X/DDR2

GND

12

D2C60

1UF/10V

c0603

+1.8VDUAL

GND

D2C60 :R1.01G:Regin

+1.8VDUAL

GND

D2_VREF_DIMM

DIMM_B1B

197

VDD10

189

VDD9

187

VDD8

184

VDD7

178

VDD6

172

VDD5

69

VDD4

67

VDD3

64

VDD2

59

VDD1

53

VDD0

115

GND31

112

GND30

109

GND29

106

GND28

103

GND27

100

GND26

97

GND25

94

GND24

91

GND23

88

GND22

85

GND21

82

GND20

79

GND19

66

GND18

65

GND17

50

GND16

47

GND15

44

GND14

41

GND13

38

GND12

35

GND11

32

GND10

29

GND9

26

GND8

23

GND7

20

GND6

17

GND5

14

GND4

11

GND3

8

GND2

5

GND1

2

GND0

1

VREF

DDR_DIMM_240P

DIMM_B2B

197

VDD10

189

VDD9

187

VDD8

184

VDD7

178

VDD6

172

VDD5

69

VDD4

67

VDD3

64

VDD2

59

VDD1

53

VDD0

115

GND31

112

GND30

109

GND29

106

GND28

103

GND27

100

GND26

97

GND25

94

GND24

91

GND23

88

GND22

85

GND21

82

GND20

79

GND19

66

GND18

65

GND17

50

GND16

47

GND15

44

GND14

41

GND13

38

GND12

35

GND11

32

GND10

29

GND9

26

GND8

23

GND7

20

GND6

17

GND5

14

GND4

11

GND3

8

GND2

5

GND1

2

GND0

1

VREF

DDR_DIMM_240P

3

VDDQ9 VDDQ8 VDDQ7 VDDQ6 VDDQ5 VDDQ4 VDDQ3 VDDQ2 VDDQ1 VDDQ0

VDDQ10

GND63 GND62 GND61 GND60 GND59 GND58 GND57 GND56 GND55 GND54 GND53 GND52 GND51 GND50 GND49 GND48 GND47 GND46 GND45 GND44 GND43 GND42 GND41 GND40 GND39 GND38 GND37 GND36 GND35 GND34 GND33 GND32

VDDSPD

VDDQ9 VDDQ8 VDDQ7 VDDQ6 VDDQ5 VDDQ4 VDDQ3 VDDQ2 VDDQ1 VDDQ0

VDDQ10

GND63 GND62 GND61 GND60 GND59 GND58 GND57 GND56 GND55 GND54 GND53 GND52 GND51 GND50 GND49 GND48 GND47 GND46 GND45 GND44 GND43 GND42 GND41 GND40 GND39 GND38 GND37 GND36 GND35 GND34 GND33 GND32

VDDSPD

191 181 175 170 78 75 72 62 56 51 194 237 234 231 228 225 222 219 216 213 210 207 204 201 198 169 166 163 160 157 154 151 148 145 142 139 136 133 130 127 124 121 118

238

191 181 175 170 78 75 72 62 56 51 194 237 234 231 228 225 222 219 216 213 210 207 204 201 198 169 166 163 160 157 154 151 148 145 142 139 136 133 130 127 124 121 118

238

+1.8VDUAL

0.1UF/16V

+1.8VDUAL

+VTTDDR

12

D2C3

0.1UF/16V

mb_c0402

12

D2C11

0.1UF/16V

mb_c0402

GND

If you don't use MEM_WARN,please connect PIN118 to GND.

+3.3V_CL

12

D2C34

GND

If you don't use MEM_WARN,please connect PIN118 to GND.

+3.3V_CL

D2C57

12

0.1UF/16V

/X/DDR2

12

D2C4

0.1UF/16V

mb_c0402

12

D2C12

0.1UF/16V

mb_c0402

+1.8VDUAL

12

D2C5

0.1UF/16V

mb_c0402

12

D2C13

0.1UF/16V

mb_c0402

Channel A1

12

D2C24

0.1UF/16V

mb_c0402

12

D2C36

0.1UF/16V

mb_c0402

12

D2C25

0.1UF/16V

mb_c0402

12

D2C37

0.1UF/16V

mb_c0402

Channel B1

+1.8VDUAL

12

D2C44

0.1UF/16V

mb_c0402

12

D2C50

0.1UF/16V

mb_c0402

For one channel use. Delete this block If you want to design one channel.

2

C.D:All of "/X" must be confirm

12

D2C45

0.1UF/16V

mb_c0402

12

D2C51

0.1UF/16V

mb_c0402

12

D2C6

0.1UF/16V

mb_c0402

12

D2C14

0.1UF/16V

mb_c0402

12

D2C26

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

D2C38

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

12

D2C46

0.1UF/16V

mb_c0402

12

D2C52

0.1UF/16V

mb_c0402

12

D2C7

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

12

D2C15

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

12

D2C27

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

D2C39

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

12

D2C47

0.1UF/16V

mb_c0402

12

D2C53

0.1UF/16V

mb_c0402

Date: Sheet of

12

D2C28

0.1UF/16V

mb_c0402

12

D2C40

0.1UF/16V

mb_c0402

12

D2C48

0.1UF/16V

mb_c0402

D2C54

0.1UF/16V

mb_c0402

D2C9

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

D2C17

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

P5E-VM DO

12

D2C8

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

12

D2C16

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

ASUS TeK Computer INC

Size Project Name

A3

12

D2C10

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

12

D2C18

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

Channel A2

12

D2C29

0.1UF/16V

mb_c0402

12

D2C41

0.1UF/16V

mb_c0402

Channel B2

12

D2C49

0.1UF/16V

mb_c0402

12

D2C55

0.1UF/16V

mb_c0402

1

12

D2C30

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

12

D2C42

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

+VTTDDR

1

Title :

Engineer:

0.1F Beta

Channel A

12

D2C19

D2C19 10UF/10V

10UF/10V

/X/DDR2

/X/DDR2 mb_c0805

mb_c0805

12

D2C21

D2C21 10UF/10V

10UF/10V

/X/DDR2

/X/DDR2 mb_c0805

mb_c0805

Standard Circuit

DDRII

REV.

DDRII

12

D2C20

D2C20 10UF/10V

10UF/10V

/X/DDR2

/X/DDR2 mb_c0805

mb_c0805

GND

12

D2C22

D2C22 10UF/10V

10UF/10V

/X/DDR2

/X/DDR2 mb_c0805

mb_c0805

GND

Channel B

12

D2C31

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

GND

12

D2C43

0.1UF/16V

/X/DDR2

/X/DDR2 mb_c0402

mb_c0402

GND

Channel A

Channel B

Slot+Termination

D2_0.1F Beta

DDRII (Power)

Makishin Huang

23 70Friday, March 28, 2008

Rev

0.1F

5

For Intel Bearlake Chipset

Standard Circuit

1

BEARLAKE

VGA

BEARLAKE

VGA

REV.

V_0.2A BETA

VGA_BEARLAKE

D D

/X/VGA

Place near connector side

Place near NB side

V_RED{17}

V_GREEN{17}

V_BLUE{17}

12

C C

VC30

VC30 10PF/50V

10PF/50V

/X/VGA

12

VC31

VC31 10PF/50V

10PF/50V

/X/VGA

12

VC32

VC32 10PF/50V

10PF/50V

/X/VGA

VR12

VR12 150Ohm

150Ohm

mb_r0402

mb_r0402 1%

1%

1 2

VR13

VR13 150Ohm

150Ohm

mb_r0402

mb_r0402 1%

1%

1 2

VR14

VR14 150Ohm

150Ohm

mb_r0402

mb_r0402 1%

1%

1 2

4

VD1 BAV99W /VGAVD1 BAV99W /VGA

3

VD3 BAV99W /VGAVD3 BAV99W /VGA

3

VD4 BAV99W /VGAVD4 BAV99W /VGA

3

VR15

VR15 150Ohm

150Ohm

mb_r0402

mb_r0402 1%

1%

1 2

VR16

VR16 150Ohm

150Ohm

mb_r0402

mb_r0402 1%

1%

1 2

VR17

VR17 150Ohm

150Ohm

mb_r0402

mb_r0402 1%

1%

1 2

12

VC16

VC16 10PF/50V

10PF/50V

2

1

2

1

2

1

12

3

VC17

VC17 10PF/50V

10PF/50V

NPO NPONPO NPONPO

GND

12

VC18

VC18 10PF/50V

10PF/50V

VLX1 0.082uHVLX1 0.082uH

VLX2 0.082uHVLX2 0.082uH

VLX3 0.082uHVLX3 0.082uH

+3V

GND

12

21

VC2

0.1UF/16V

mb_c0402

mb_c0402 /X/VGA

/X/VGA

12

VC19

VC19 27PF/50V

27PF/50V

NPO

GNDGND GND GNDGND

GNDGNDGND GNDGND

12

VC20

VC20 27PF/50V

27PF/50V

NPONPONPO

GNDGNDGND GND GND

12

VC21

VC21 27PF/50V

27PF/50V

2

V_RED_L

V_GREEN_L

V_BLUE_L

12

GND

VC15

0.1UF/16V

mb_c0402

+V_5V_L

VL4

21

70Ohm/100Mhz

mb_l0805

+V_5V_F

VF1

1 2

1.1A/8V

VL4

Right Angle (Default)

VGA

GND2

6

RED

V_RED_L

V_GREEN_L V_DDCA_DATA_R

V_BLUE_L V_HSYNC_R +V_5V_L

V_VSYNC_R

V_DDCA_CLK_R

RED

1

NC2

11

GND3

7

GREEN

2

DATA

12

GND4

8

BLUE

3

HSYNC

13

VCC

9

NC1

4

VSYNC

14

GND5

10

GND1

5

DCLK

15

15P3R

1

0.2A Beta

+V_5V

16

SIDE_G16

17

SIDE_G17

VD2

2 1

SS14

GNDGND

+5V

5

VCC

GND

+V_5V

GND

46147

12

VC22

VC22 100PF/50V

100PF/50V

/X/VGA

/X/VGA NPO

GND

12

VC23

VC23 100PF/50V

100PF/50V

/X/VGA

/X/VGA NPO

GND

VU1B

VU1B SN74HCT125DR

SN74HCT125DR

/X/VGA

V_DDCA_DATA_R

V_DDCA_CLK_R

+5V+5V

VU1C

108147

SN74HCT125DR

/X/VGA

VCC

9

GND

GNDGND

2

Onboard VGA(BL)

Title :

Engineer:

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

Engineer:

P5E-VM DO

1

C.W. Huang

24 70Friday, March 28, 2008

Rev

0.2A

VR31

2.7KOhm

1 2

+V_5V

VR30

2.7KOhm

1 2

V_HSYNC_U

V_VSYNC_U

VR18

1 2

100Ohm

VR19

1 2

100Ohm

VRX1 33OhmVRX1 33Ohm

1 2

VRX2 33OhmVRX2 33Ohm

1 2

12

GND

12

GND

V_HSYNC_R

VC27

VC27 100PF/50V

100PF/50V

/X/VGA

/X/VGA NPO

V_VSYNC_R

VC26

VC26 100PF/50V

100PF/50V

/X/VGA

/X/VGA NPO

3

VD5 BAV99W /X/VGAVD5 BAV99W /X/VGA

2

3

1

VD6 BAV99W /X/VGAVD6 BAV99W /X/VGA

2

3

1

+3V

VR35

VR34

2.7KOhm

1 2

V_DDCA_DATA{17}

B B

V_DDCA_CLK{17}

V_HSYNC{17}

A A

V_VSYNC{17}

5

VR35

2.7KOhm

1 2

+5V

12

GND

VC34

0.1UF/16V

mb_c0402

+3V

1

G

3

2

3

2

32

D

S

VQ6 H2N7002

+3V

1

G

3

2

3

2

32

D

S

VQ7 H2N7002

VR32 0Ohmmb_r0402 VR32 0Ohmmb_r0402

1 2

VU1A

13147

SN74HCT125DR

/X/VGA

VCC

2

GND

VU1D

1311147

SN74HCT125DR

/X/VGA

VCC

12

GND

VR33 0Ohmmb_r0402 VR33 0Ohmmb_r0402

1 2

V_DDCA_DATA_Q

V_DDCA_CLK_Q

4

5

4

3

2

1

0.2A Beta

1.For single GIGA LAN1 11

D D

+U_USB01_5V_L +Z_1394P0_12V

U_USB1-_R{43,45} U_USB0-_R{43,45} U_USB1+_R{43,45} U_USB0+_R{43,45} L1_MDI_1+ {29}

GND

8

VCC1

7

VCC2

6

2P-

5

1P-

4

2P+

3

1P+

2

GND1

1

GND2

Left LED:

1. ORANGE : Activity

LAN1_USB12

28

30

LANGND30

USBGND26

26

29

ACTLEDP ACTLEDN

LANGND2727LANGND28

LANGND29

LAN_GND

USBGND2323USBGND24

USBGND25

LAN_CON_USB

24

25

TD4-

TD4+

TD3-

TD3+

TD2-

TD2+

TD1-

TD1+

CTR

LILEDN LILEDP

LAN

USB1

USB2

22 21

18 17 16 15 14 13 12 11 10 9

20 19

C C

GND

Right LED:

1. GREEN : 1000Mbps

2. ORANGE : 100Mbps

3. No Light : 10Mbps

L1_ACTLEDP {29} L1_ACTLEDN {29}

L1_MDI_3- {29} L1_MDI_3+ {29} L1_MDI_2- {29} L1_MDI_2+ {29} L1_MDI_1- {29}

L1_MDI_0- {29} L1_MDI_0+ {29}

L1_CTR {29}

L1_LINK1000# {29} L1_LINK100# {29}

SPEED LED:

1. GREEN : 1000Mbps

2. ORANGE : 100Mbps

3. No Light : 10Mbps

GND

5

+U_USB23_5V_L

1394

USB3

USB4

F_USB34

1

VCC0

U_USB2-_R{43,45} U_USB2+_R{43,45}

U_USB3-_R{43,45} U_USB3+_R{43,45}

Z_TPB0-{37}

2

LP0-

3

LP0+

4

GND1

5

VCC1

6

LP1-

7

LP1+

8

GND2

9

VCC

10

GND3

11

LB2-

USBX2_1394_CON_14P

GND GND

LB2+

LA2-

LA2+ P_GND1 P_GND2 P_GND3 P_GND4 P_GND5 P_GND6 P_GND7 P_GND8

12 13 14 15 16 17 18 19 20 21 22

GND

Z_TPB0+ {37} Z_TPA0- {37} Z_TPA0+ {37}

B B

Standard Circuit

1

1394/LAN+USB/

External

ESATA/USB

Connecter

REV.

Connecter 0.2A Beta

EXTERNAL_CONNECTER

A A

Connector2

Title :

Engineer:

ASUSTEK Computer INC

Size Project Name

A3

Date: Sheet of

P5E-VM DO

Engineer:

Connector2

Makishin_Huang

25 70Friday, March 28, 2008

Rev

0.2A

5

4

3

2

1

0.1F Beta

PCIEX16_1

+3V +12V+12V

+3VSB



SLOT_WARN󰑖󰆢,

󰒏

D D

C C

B B

A A

X_1X16_DET_AGND.

X_WAKE#󰍢SB󰋅Pull-high

(1)

,󰍢SB󰋅 

8.2K OhmPull

high+3V.

(2)

,󰒏RD 

GND,



floating, SB high or pull down.

(3)



SDVO,󰒏RD Netname. Net floating.

 󰒏

󰒏󰐵󰌢

󰍢

Pull

Chipsetsupport





󰒏

GND,



N_TPEV_MCH_EXP_EN{17}

SLOT_WARN󰑖󰆢,

X_1X16_DET_[A:B]GND.

S_SMBCLK_PCI{27,28,34,36} S_SMBDATA_PCI{27,28,34,36}

12

XC1

XC1 68PF/50V

68PF/50V

/X/PCIE

/X/PCIE NPO NPO

X_WAKE#{27,34}

XCX1 0.1UF/16V

mb_c0402

X_1X16_TXP0{15} X_1X16_TXN0{15}

X_SDVO_CLK{15}

X_1X16_TXP1{15} X_1X16_TXN1{15}

X_1X16_TXP2{15} X_1X16_TXN2{15}

X_1X16_TXP3{15} X_1X16_TXN3{15}

X_SDVO_DATA{15}

X_1X16_TXP4{15} X_1X16_TXN4{15}

X_1X16_TXP5{15} X_1X16_TXN5{15}

X_1X16_TXP6{15} X_1X16_TXN6{15}

X_1X16_TXP7{15} X_1X16_TXN7{15}

X_1X16_TXP8{15} X_1X16_TXN8{15}

X_1X16_TXP9{15} X_1X16_TXN9{15}

X_1X16_TXP10{15} X_1X16_TXN10{15}

X_1X16_TXP11{15} X_1X16_TXN11{15}

X_1X16_TXP12{15} X_1X16_TXN12{15}

X_1X16_TXP13{15} X_1X16_TXN13{15}

X_1X16_TXP14{15} X_1X16_TXN14{15}

X_1X16_TXP15{15} X_1X16_TXN15{15}

12

XCX3 0.1UF/16V

mb_c0402

12

XCX5 0.1UF/16V

mb_c0402

12

XCX7 0.1UF/16V

mb_c0402

12

XCX9 0.1UF/16V

mb_c0402

12

XCX11 0.1UF/16V

mb_c0402

12

XCX13 0.1UF/16V

mb_c0402

12

XCX15 0.1UF/16V

mb_c0402

12

XCX17 0.1UF/16V

mb_c0402

12

XCX19 0.1UF/16V

mb_c0402

12

XCX21 0.1UF/16V

mb_c0402

12

XCX23 0.1UF/16V

mb_c0402

12

XCX25 0.1UF/16V

mb_c0402

12

XCX27 0.1UF/16V

mb_c0402

12

XCX29 0.1UF/16V

mb_c0402

12

XCX31 0.1UF/16V

mb_c0402

12

XC2

XC2 68PF/50V

68PF/50V

/X/PCIE

GND

12

mb_c0402

XCX2 0.1UF/16V

12

mb_c0402

XCX4 0.1UF/16V

12

mb_c0402

XCX6 0.1UF/16V

12

mb_c0402

XCX8 0.1UF/16V

12

mb_c0402

XCX10 0.1UF/16V

12

mb_c0402

XCX12 0.1UF/16V

12

mb_c0402

XCX14 0.1UF/16V

12

mb_c0402

XCX16 0.1UF/16V

12

mb_c0402

XCX18 0.1UF/16V

12

mb_c0402

XCX20 0.1UF/16V

12

mb_c0402

XCX22 0.1UF/16V

12

mb_c0402

XCX24 0.1UF/16V

12

mb_c0402

XCX26 0.1UF/16V

12

mb_c0402

XCX28 0.1UF/16V

12

mb_c0402

XCX30 0.1UF/16V

12

mb_c0402

XCX32 0.1UF/16V

X_1X16_TXP0_C X_1X16_TXN0_C

X_1X16_TXP1_C X_1X16_TXN1_C

X_1X16_TXP2_C X_1X16_TXN2_C

X_1X16_TXP3_C X_1X16_TXN3_C

X_1X16_TXP4_C X_1X16_TXN4_C

X_1X16_TXP5_C X_1X16_TXN5_C

X_1X16_TXP6_C X_1X16_TXN6_C

X_1X16_TXP7_C X_1X16_TXN7_C

X_1X16_TXP8_C X_1X16_TXN8_C

X_1X16_TXP9_C X_1X16_TXN9_C

X_1X16_TXP10_C X_1X16_TXN10_C

X_1X16_TXP11_C X_1X16_TXN11_C

X_1X16_TXP12_C X_1X16_TXN12_C

X_1X16_TXP13_C X_1X16_TXN13_C

X_1X16_TXP14_C X_1X16_TXN14_C

X_1X16_TXP15_C X_1X16_TXN15_C

B1

+12V_1

B2

+12V_2

B3

RSVD1

B4

GND1

B5

SMCLK

B6

SMDAT

B7

GND2

B8

+3.3V_1

B9

JTAG1

B10

3.3Vaux

B11

WAKE#

B12

RSVD2

B13

GND3

B14

HSOP0

B15

HSON0

B16

GND4

B17

PRSNT2_1#

B18

GND5

B19

HSOP1

B20

HSON1

B21

GND6

B22

GND7

B23

HSOP2

B24

HSON2

B25

GND8

B26

GND9

B27

HSOP3

B28

HSON3

B29

GND10

B30

RSVD3

B31

PRSNT2_2#

B32

GND11

B33

HSOP4

B34

HSON4

B35

GND12

B36

GND13

B37

HSOP5

B38

HSON5

B39

GND14

B40

GND15

B41

HSOP6

B42

HSON6

B43

GND16

B44

GND17

B45

HSOP7

B46

HSON7

B47

GND18

B48

PRSNT2_3#

B49

GND19

B50

HSOP8

B51

HSON8

B52

GND20

B53

GND21

B54

HSOP9

B55

HSON9

B56

GND22

B57

GND23

B58

HSOP10

B59

HSON10

B60

GND24

B61

GND25

B62

HSOP11

B63

HSON11

B64

GND26

B65

GND27

B66

HSOP12

B67

HSON12

B68

GND28

B69

GND29

B70

HSOP13

B71

HSON13

B72

GND30

B73

GND31

B74

HSOP14

B75

HSON14

B76

GND32

B77

GND33

B78

HSOP15

B79

HSON15

B80

GND34

B81

PRSNT2_4#

B82

RSVD4

PCI_EXPRESS_X16

NP_NC11NP_NC2

2

PRSNT1#

+12V_3 +12V_4 GND35

JTAG2 JTAG3 JTAG4

JTAG5 +3.3V_2 +3.3V_3 PWRGD

GND36

REFCLK+

REFCLK-

GND37

HSIP0 HSIN0

GND38

RSVD6 GND39

HSIP1

HSIN1 GND40 GND41

HSIP2

HSIN2 GND42 GND43

HSIP3

HSIN3 GND44 RSVD7

RSVD8 GND45

HSIP4

HSIN4 GND46 GND47

HSIP5

HSIN5 GND48 GND49

HSIP6

HSIN6 GND50 GND51

HSIP7

HSIN7 GND52 RSVD9 GND53

HSIP8

HSIN8 GND54 GND55

HSIP9

HSIN9 GND56 GND57 HSIP10

HSIN10

GND58 GND59

HSIP11 HSIN11

GND60 GND61

HSIP12 HSIN12

GND62 GND63

HSIP13 HSIN13

GND64 GND65

HSIP14 HSIN14

GND66 GND67

HSIP15 HSIN15

GND68

A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11

A12 A13 A14 A15 A16 A17 A18

A19 A20 A21 A22 A23 A24 A25 A26 A27 A28 A29 A30 A31 A32

A33 A34 A35 A36 A37 A38 A39 A40 A41 A42 A43 A44 A45 A46 A47 A48 A49 A50 A51 A52 A53 A54 A55 A56 A57 A58 A59 A60 A61 A62 A63 A64 A65 A66 A67 A68 A69 A70 A71

A72 A73 A74 A75 A76 A77 A78 A79 A80 A81 A82

GNDGND

+3V

O_PCIRST#_PCIEX16 {51}

C_PCIEX16_1 {7} C_PCIEX16#_1 {7}

X_1X16_RXP0 {15} X_1X16_RXN0 {15}

X_1X16_RXP1 {15} X_1X16_RXN1 {15}

X_1X16_RXP2 {15} X_1X16_RXN2 {15}

X_1X16_RXP3 {15} X_1X16_RXN3 {15}

X_1X16_RXP4 {15} X_1X16_RXN4 {15}

X_1X16_RXP5 {15} X_1X16_RXN5 {15}

X_1X16_RXP6 {15} X_1X16_RXN6 {15}

X_1X16_RXP7 {15} X_1X16_RXN7 {15}

X_1X16_RXP8 {15} X_1X16_RXN8 {15}

X_1X16_RXP9 {15} X_1X16_RXN9 {15}

X_1X16_RXP10 {15} X_1X16_RXN10 {15}

X_1X16_RXP11 {15} X_1X16_RXN11 {15}

X_1X16_RXP12 {15} X_1X16_RXN12 {15}

X_1X16_RXP13 {15} X_1X16_RXN13 {15}

X_1X16_RXP14 {15} X_1X16_RXN14 {15}

X_1X16_RXP15 {15} X_1X16_RXN15 {15}

Default :Blue,G/F,Latch



15USLOT,

󰒏RD

󰅧

12V306164UU2

+12VGND +3V

12

+

12

XC3

0.1UF/25V

/X/PCIE

+

XCE1

470uF/16V

GND GND

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of



12

XC4

0.1UF/16V

mb_c0402

mb_c0402 /X/PCIE

/X/PCIE

GND

Standard Circuit

1

PCIEX_SLOT /X/PCIE

PCIEX

REV.

PCIEX_SLOT

X_0.1F Beta

+3VSB

12

Title :

Engineer:

P5E-VM DO

XC5

0.1UF/16V

mb_c0402

mb_c0402 /X/PCIE

/X/PCIE

PCIEX16_1

Eddie Chiu

26 70Friday, March 28, 2008

0.1F

Rev

5

4

3

2

1

0.2A Beta

+3VSB

S_SMBCLK_PCI S_SMBDATA_PCI

12

XC19

XC19 47PF/50V

D D

X_1X1_TXP0{32} X_1X1_TXN0{32}

PRSNT# PIN

(1)

,󰍢SB󰋅



8.2K OhmPull high+3V.

(2)

,󰒏RD

floating,

C C

Pull high or pull down.

X_1X1_DET_[A:B]



47PF/50V

/X/PCIE

GND

X_WAKE#

XCX73 0.1UF/16V

󰒏󰐵󰌢SB󰍢

SLOT_WARN,

GND

mb_c0402

12

XCX74 0.1UF/16V

󰒏

12

XC20

XC20 47PF/50V

47PF/50V

/X/PCIE

/X/PCIE NPONPO

X_1X1_TXP0_C X_1X1_TXN0_C

12

mb_c0402

GND,



GND.

+12V+3V

GND

PCIEX1_1

B1

+12V_1

B2

+12V_2

B3

RSVD1

B4

GND1

B5

SMCLK

B6

SMDAT

B7

GND2

B8

+3.3V_1

B9

JTAG1

B10

3.3Vaux

B11

WAKE#

B12

RSVD2

B13

GND3

B14

HSOP0

B15

HSON0

B16

GND4

B17

PRSNT2_1#

B18

GND5

SLOT_36P

White,G/F

A1

PRSNT1#

A2

+12V_3

A3

+12V_4

A4

GND6

A5

JTAG2

A6

JTAG3

A7

JTAG4

A8

JTAG5

A9

+3.3V_2

A10

+3.3V_3

A11

PWRGD

A12

GND7

A13

REFCLK+

A14

REFCLK-

A15

GND8

A16

HSIP0

A17

HSIN0

A18

GND9

1

NP_NC1

2

NP_NC2

+12V +3VSB

12

XC16

0.1UF/25V

/X/PCIE

GND

+3V+12V

GND

+3V

12

XC17

0.1UF/16V

/X/PCIE

/X/PCIE mb_c0402

mb_c0402

GND GND

O_PCIRST#_PCIEX1 {51}

C_PCIEX1_1 {7} C_PCIEX1#_1 {7}

X_1X1_RXP0 {32} X_1X1_RXN0 {32}

12

XC18

0.1UF/16V

/X/PCIE

/X/PCIE mb_c0402

mb_c0402

S_SMBCLK_PCI & S_SMBDATA_PCI

󰍢

SB SMBus(standby

power)

B B

S_SMBCLK_PCI{26,28,34,36} S_SMBDATA_PCI{26,28,34,36}

X_WAKE#{26,34}

X_WAKE#

󰍢SB󰋅

Pull-high

A A

PCIEX1_1

Title :

Engineer:

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

5

4

3

2

Date: Sheet of

Engineer:

P5E-VM DO

1

Eddie Chiu

27 70Friday, March 28, 2008

Rev

0.2A

5

4

3

2

1

0.1E Beta

+3V

D D

K_INTB#{31} K_INTD#{31}

C_PCI_S1{8}

K_REQ#0{31}

K_AD31 K_AD29

K_AD27

C C

B B

 󰒏

K_PCI1_DET_A &

K_PCI1_DET_BGND.

K_AD25

K_C/BE#3 K_AD23

K_AD21 K_AD19

K_AD17 K_C/BE#2

K_IRDY#

K_DEVSEL#

K_LOCK# K_PERR#

K_SERR#

K_C/BE#1 K_AD14

K_AD12 K_AD10

K_AD8 K_AD7

K_AD5 K_AD3

K_AD1

SLOT_WARN󰑖󰆢,

+5V +3VSB

-12V

GND

12

KC2

0.1UF/16V

/X/PCI

/X/PCI mb_c0402

mb_c0402

B10 B11 B12 B13 B14 B15 B16 B17 B18 B19 B20 B21 B22 B23 B24 B25 B26 B27 B28 B29 B30 B31 B32 B33 B34 B35 B36 B37 B38 B39 B40 B41 B42 B43 B44 B45 B46 B47 B48 B49

B52 B53 B54 B55 B56 B57 B58 B59 B60 B61 B62

B1 B2 B3 B4 B5 B6 B7 B8 B9

󰟒

G/F

PCI1

-12V TCK GND11 TDO +5V22 +5V23 INTB INTD PRSNT1 RESERVED5 PRSNT2 GND12 GND13 RESERVED6 GND14 CLK GND15 REQ +5V8 AD31 AD29 GND16 AD27 AD25 +3.3V7 C/BE3 AD23 GND17 AD21 AD19 +3.3V8 AD17 C/BE2 GND18 IRDY +3.3V9 DEVSEL GND19 LOCK PERR +3.3V10 SERR +3.3V11 C/BE1 AD14 GND20 AD12 AD10 GND21

AD8 AD7 +3.3V12 AD5 AD3 GND22 AD1 +5V9 ACK64 +5V10 +5V11

White

RESERVED1

RESERVED2

RESERVED3

RESERVED4

hold_NC11hold_NC2

2

TRST

+12V

TMS

TDI +5V1 INTA INTC +5V2

+5V3

GND1 GND2

RST

+5V4

GNT

GND3

AD30

+3.3V1

AD28 AD26

GND4

AD24

IDSEL

+3.3V2

AD22 AD20

GND5

AD18

AD16 +3.3V3 FRAME

GND6 TRDY GND7 STOP

+3.3V4

SDONE

SBO

GND8

PAR

AD15 +3.3V5

AD13

AD11

GND9

AD9

C/BE0

+3.3V6

AD6 AD4

GND10

AD2 AD0

+5V5

REQ64

+5V6 +5V7

SLOT_120P

A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23 A24 A25 A26 A27 A28 A29 A30 A31 A32 A33 A34 A35 A36 A37 A38 A39 A40 A41 A42 A43 A44 A45 A46 A47 A48 A49

A52 A53 A54 A55 A56 A57 A58 A59 A60 A61 A62

+12V +5V

12

KC1

0.1UF/16V

/X/PCI

/X/PCI mb_c0402

mb_c0402

GND

+3V

12

KC3

0.1UF/16V

/X/PCI

/X/PCI mb_c0402

mb_c0402

GNDGND GND

K_INTA# {31}

K_INTC# {31}

O_PCIRST#_SLOT {31,37}

K_GNT#0 {31}

K_AD16 {31,37}

K_PME# K_AD30

K_AD28 K_AD26

K_AD24

K_AD22 K_AD20

K_AD18 K_AD16

K_FRAME#

K_TRDY#

K_STOP#

S_SMBCLK_PCI S_SMBDATA_PCI

K_PAR K_AD15

K_AD13 K_AD11

K_AD9

K_C/BE#0

K_AD6 K_AD4

K_AD2 K_AD0

K_REQ64#

+3V

12

KC4

0.1UF/16V

/X/PCI

/X/PCI mb_c0402

mb_c0402

GND

K_INTC#{31} K_INTA#{31}

C_PCI_S2{8} K_GNT#1 {31}

K_REQ#1{31}

K_AD31 K_AD29

K_AD27 K_AD25

K_C/BE#3 K_AD23

K_AD21 K_AD19

K_AD17 K_C/BE#2

K_IRDY#

K_DEVSEL#

K_LOCK# K_PERR#

K_SERR#

K_C/BE#1 K_AD14

K_AD12 K_AD10

K_AD8 K_AD7

K_AD5 K_AD3

K_AD1



SLOT_WARN󰑖󰆢,

󰒏

K_PCI2_DET_A &

K_PCI2_DET_BGND.

-12V

GND

12

KC5

0.1UF/16V

/X/PCI

/X/PCI mb_c0402

mb_c0402

B10 B11 B12 B13 B14 B15 B16 B17 B18 B19 B20 B21 B22 B23 B24 B25 B26 B27 B28 B29 B30 B31 B32 B33 B34 B35 B36 B37 B38 B39 B40 B41 B42 B43 B44 B45 B46 B47 B48 B49

B52 B53 B54 B55 B56 B57 B58 B59 B60 B61 B62

B1 B2 B3 B4 B5 B6 B7 B8 B9

󰟒

G/F

PCI2

-12V TCK GND11 TDO +5V22 +5V23 INTB INTD PRSNT1 RESERVED5 PRSNT2 GND12 GND13 RESERVED6 GND14 CLK GND15 REQ +5V8 AD31 AD29 GND16 AD27 AD25 +3.3V7 C/BE3 AD23 GND17 AD21 AD19 +3.3V8 AD17 C/BE2 GND18 IRDY +3.3V9 DEVSEL GND19 LOCK PERR +3.3V10 SERR +3.3V11 C/BE1 AD14 GND20 AD12 AD10 GND21

AD8 AD7 +3.3V12 AD5 AD3 GND22 AD1 +5V9 ACK64 +5V10 +5V11

White

RESERVED1

RESERVED2

RESERVED3

RESERVED4

hold_NC11hold_NC2

2

TRST

+12V

TMS

TDI

+5V1

INTA INTC +5V2

+5V3

GND1 GND2

RST

+5V4

GNT

GND3

AD30

+3.3V1

AD28 AD26

GND4

AD24

IDSEL

+3.3V2

AD22 AD20

GND5

AD18 AD16

+3.3V3

FRAME

GND6 TRDY GND7 STOP

+3.3V4

SDONE

SBO

GND8

PAR

AD15

+3.3V5

AD13 AD11

GND9

AD9

C/BE0

+3.3V6

AD6 AD4

GND10

AD2 AD0

+5V5

REQ64

+5V6 +5V7

SLOT_120P

A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23 A24 A25 A26 A27 A28 A29 A30 A31 A32 A33 A34 A35 A36 A37 A38 A39 A40 A41 A42 A43 A44 A45 A46 A47 A48 A49

A52 A53 A54 A55 A56 A57 A58 A59 A60 A61 A62

+12V

GND

+5V

+3VSB+5V

+3V

12

KC6

0.1UF/16V

/X/PCI

/X/PCI mb_c0402

mb_c0402

GNDGND

K_INTB# {31}

K_INTD# {31}

O_PCIRST#_SLOT {31,37}

K_AD17 {31,37}

K_PME# K_AD30

K_AD28 K_AD26

K_AD24

K_AD22 K_AD20

K_AD18 K_AD16

K_FRAME#

K_TRDY#

K_STOP#

S_SMBCLK_PCI S_SMBDATA_PCI

K_PAR K_AD15

K_AD13 K_AD11

K_AD9

K_C/BE#0

K_AD6 K_AD4

K_AD2 K_AD0

K_REQ64#

PCI SLOT

K_REQ64# PCI slot

+5V

12

+

KCE1

A A

820UF/6.3V

GND

12

KC13

KC13 10UF/10V

10UF/10V

mb_c0805

GND GNDGND

+3V



Net󰍢Pull high,

󰒏󰐵󰌢

12

+

KCE2

KCE2 820UF/6.3V

820UF/6.3V

5

12

KC14

KC14 10UF/10V

10UF/10V

mb_c0805

K_C/BE#[0..3]{31,37}

K_PAR{31,37}

S_SMBCLK_PCI{26,27,34,36}

S_SMBDATA_PCI{26,27,34,36}

4

Chipset󰍢Pull high

K_INTA#{31}

K_INTB#{31}

K_INTC#{31}

K_INTD#{31}

󰇞󰇞󰘹

K_REQ#0{31}

K_REQ#1{31}

K_REQ#2{31,37}

K_REQ#3{31}

K_PME#{31,37}K_AD[0..31]{31,37}

K_STOP#{31,37}

K_DEVSEL#{31,37}

K_LOCK#{31}

K_PERR#{31,37}

K_SERR#{31,37}

K_FRAME#{31,37}

K_TRDY#{31,37}

K_IRDY#{31,37}

3

useonly,󰍢8.2K Pull high to +5V,

󰇞󰋷

K_REQ64#{31}

1

PCI

REV.

PCI_SLOT

net



Standard Circuit

PCI_SLOT

K_0.1E BETA

/X/PCI

2

󰅧,󰈺󰙉

󰒏

PES

󰍢

PCI SLOT

󰋀󰡫󰗨󰔸 .

󰅧󰈺󰙉

12V306120W00 12V306120W01

ASUSTek Computer Inc.

Date: Sheet of

Footprint :

 

Size Project Name

A3

-->mb_slot_pci_120p_long_lf3

-->mb_slot_pci_120p_short_lf3

P5E-VM DO

Title :

Engineer:

1

Default



PCI_SLOT-1

Eddie Chiu

28 70Friday, March 28, 2008

Rev

0.1E

5

4

3

2

1

0.2A Beta

L1R1 49.9OhmL1R1 49.9Ohm

1 2

L1R2 49.9OhmL1R2 49.9Ohm

ICH side

1 2

3

3 E

E

24

L1_GLCI_TXP_PHY{32} L1_GLCI_TXN_PHY{32}

L1_GLCI_RXP_PHY{32} L1_GLCI_RXN_PHY{32}

L1_LCI_JRXD2{31} L1_LCI_JRXD1{31} L1_LCI_JRXD0{31}

L1_LCI_JTXD2{31} L1_LCI_JTXD1{31} L1_LCI_JTXD0{31}

L1_LCI_JKCLK{31}

L1_LCI_JRSTSYNC{31}

L1_LAN_RST#{31}

Place near transistor

12

L1R15

1.5Ohm

mb_r1206

L1C16

L1C16 10UF/10V

10UF/10V

mb_c0805

L1_+1.8VSB_CTRL_C

BC1

Parameters are critical. Use BCP69 07G003088211 07G003088112

5

L1R18 15KOhm 1%/82566-1L1R18 15KOhm 1%/82566-1

12

L1C27

2.2UF/6.3V

/82566-1

c0603

c0603 GND

+L1_1.0VSB_INT

12

L1C17

0.1UF/16V

mb_c0402

GND

1 2

L1C20

0.01UF/50V

+L1_1.8VSB

GND

12

PERp6/GLAN_RXP PERn6/GLAN_RXN

D D

PETp6/GLAN_TXP PETn6/GLAN_TXN

LAN_RXD0 LAN_RXD1 LAN_RXD2

LAN_TXD0 LAN_TXD1 LAN_TXD2

GLAN_CLK LAN_RSTSYNC

LAN_RST#

C C

+3.3V_CL

L1R14

1.5Ohm

mb_r1206

Doc "82566_dc"

B B

L1Q1

BCP69-16

A A

Place near PHY side

L1CX1 0.1UF/16Vmb_c0402 L1CX1 0.1UF/16Vmb_c0402 L1CX2 0.1UF/16Vmb_c0402 L1CX2 0.1UF/16Vmb_c0402

L1CX3 0.1UF/16Vmb_c0402 L1CX3 0.1UF/16Vmb_c0402 L1CX4 0.1UF/16Vmb_c0402 L1CX4 0.1UF/16Vmb_c0402

Place near ICH side

12 12

+3.3V_CL

12

1 2

L1R19

L1R19 0Ohm

0Ohm

/X/82566-1

1 2

LR3

LR3 0Ohm

0Ohm

/X/82566-1

L1C11

L1C11 10UF/10V

10UF/10V

mb_c0805

Intel Spec Update: Errata #5 solve Excess Noise on 1.8V Supply

L1C21

L1C21 10UF/10V

10UF/10V

mb_c0805

O_RSMRST# {7,34,51}

GND

FOR NON AMT

12

L1C12

0.1UF/16V

mb_c0402

L1C22

L1C22 1UF/6.3V

1UF/6.3V

mb_c0402

mb_c0402 /X/82566-1

/X/82566-1

12

L1C13

0.1UF/16V

mb_c0402

12

4

12 12

L1R9 33OhmL1R9 33Ohm

1 2

L1C23

0.1UF/16V

mb_c0402

+3.3V_CL

GND

L1R10

1.4KOhm

1 2

L1R11

1.4KOhm

1 2

12

L1C14

0.1UF/16V

mb_c0402

L1_+1.8VSB_CTRL

12

L1C24

0.1UF/16V

mb_c0402

12

L1C25

L1C25 10UF/10V

10UF/10V

mb_c0805

mb_c0805 /X/82566-1

/X/82566-1

L1_GLCI_TXP_C L1_GLCI_TXN_C L1_GLCI_RXP_C L1_GLCI_RXN_C

L1_LCI_JKCLK_R

1%L1R10

1%

L1_KBIAS_P L1_KBIAS_N

1%L1R11

1%

L1_RBIAS_P

12

L1C15

0.1UF/16V

mb_c0402

mb_c0402 /X/82566-1

/X/82566-1

12

L1C26

0.1UF/16V

mb_c0402

L1U1

H2

GLAN_TXP

I2

GLAN_TXN

I4

GLAN_RXP

H4

GLAN_RXN

C1

JRXD2

D2

JRXD1

D3

JRXD0

F1

JTXD2

F3

JTXD1

D1

JTXD0

E2

JKCLK

E3

JRSTSYNC

G7

KBIAS_P

H7

KBIAS_N

E7

RBIAS_P

E6

RBIAS_N

GNDGND

C3

CTRL_10

B1

V1P0_OUT

D7

VDD1P0_1

D4

VCC1

E4

VCC2

E8

VDD1P0_2

E5

VCCF1P0

G4

VCC1P0

F7

VDD1P0_3

H3

VCCFC1P0

B2

CTRL_18

C2

VCC1P8_1

D5

VCC1P8_2

F5

VCC1P8_3

G5

VCC1P8_4

F2

VCC3P3_1

B3

VCC3P3_2

NINEVEH

3

MDI_MINUS[3]

MDI_PLUS[3]

MDI_MINUS[2]

MDI_PLUS[2]

MDI_MINUS[1]

MDI_PLUS[1]

MDI_MINUS[0]

MDI_PLUS[0]

RESERVED1 RESERVED2 RESERVED3 RESERVED4

RESERVED5

IEEE_TEST_N IEEE_TEST_P

THERM_D_N THERM_D_P

JTAG_TMS JTAG_TDO

XTAL1

XTAL2

LED0 LED1 LED2

TEST_EN

JTAG_TDI

JTAG_TCK

VSS1 VSS2 VSS3

VSS4 VSSA1 VSSA2 VSSA3 VSSA4 VSSA5 VSSA6 VSSA7 VSSA8 VSSA9

VSSA10 VSSA11 VSSA12 VSSA13 VSSA14 VSSA15 VSSA16 VSSA17

H9 H8 F8 F9 D8 D9 B9 B8

L1_XIN

H6

L1_XOUT L1_XOUT_R

H5

A4 B4 A5

L1_TEST_EN

B6

I6 I7 A6 C5

1 2

B5

L1_IEEE_TEST_N

B7

L1_IEEE_TEST_P

A7

A3 A2

G2 G3 H1 G1

A1 C4 E1 F4 I9 I8 I5 I3 I1 G9 G8 G6 F6 E9 D6 C9 C8 C7 C6 A9 A8

GND

1 2

L1R3 49.9OhmL1R3 49.9Ohm

1 2

L1R4 49.9OhmL1R4 49.9Ohm

1 2

L1R5 49.9OhmL1R5 49.9Ohm

1 2

L1R6 49.9OhmL1R6 49.9Ohm

1 2

L1R7 49.9OhmL1R7 49.9Ohm

1 2

L1R8 49.9OhmL1R8 49.9Ohm

1 2

L1R17

L1R17 33Ohm

33Ohm

L1_LINK1000#_R

L1R13

L1R13 100Ohm

100Ohm

GND

L1R16

L1R16 0Ohm

0Ohm

/X/82566-1

1 2

Test 125MHz clock jitter

1 2

L1C5

L1C5 33PF/50V

33PF/50V

/O

NPO NPO

L1RN1A 300OhmL1RN1A 300Ohm

2

L1_ACTERMINATION0

L1_ACTERMINATION1

L1_ACTERMINATION2

L1_ACTERMINATION3

L1RN1B 300OhmL1RN1B 300Ohm L1RN1C 300OhmL1RN1C 300Ohm

L1X1

GND

3

25Mhz

L1C6

L1C6 33PF/50V

33PF/50V

/O

GND

12

L1C8

L1C7

1 2

/82566-1

1000PF/50V

GND GND GND GND

L1C8

1 2

/82566-1

1000PF/50V

+L1_1.8VSB

12

Date: Sheet of

1 2

/82566-1

1000PF/50V

L1L1

L1L1 0Ohm

0Ohm

1 2

L1C19

0.1UF/16V

mb_c0402

mb_c0402 /82566-1

/82566-1

ASUSTek Computer Inc.

Size Project Name

A3

L1C1 0.1UF/25VL1C1 0.1UF/25V

1 2

L1C2 0.1UF/25VL1C2 0.1UF/25V

1 2

L1C3 0.1UF/25VL1C3 0.1UF/25V

1 2

L1C4 0.1UF/25VL1C4 0.1UF/25V

1 2

34 56

+3.3V_CL

L1RN1D

L1RN1D 300Ohm

300Ohm

7 8

L1C9

L1C10

1 2

/82566-1

1000PF/50V

12

L1C18

0.1UF/16V

mb_c0402

GNDGND

P5E-VM DO

Standard Circuit

1

Intel PHY

REV.

INTEL_82566DM

/X/82566-1

Title :

Engineer:

1

GND

L1_MDI_3- {25} L1_MDI_3+ {25} L1_MDI_2- {25} L1_MDI_2+ {25} L1_MDI_1- {25} L1_MDI_1+ {25} L1_MDI_0- {25} L1_MDI_0+ {25}

L1_ACTLEDP {25} L1_ACTLEDN {25} L1_LINK1000# {25} L1_LINK100# {25}

L1_CTR {25}

82566DM

L1_0.2A BETA

L1 Intel 82566

Nick Kao

29 70Friday, March 28, 2008

Rev

0.1A

5

D D

+3VSB

4

3

2

1

R8

+3V

1 2

S_PWRDWN# {34,49} F_SERIRQ# {33,49,51} F_LAD0 {34,49,51}

F_LAD1 {34,49,51} F_FRAME# {34,49,51} C_PCICLK_TPM {8,49,69} F_LAD2 {34,49,51}

F_LAD3 {34,49,51} S_PLTRST# {17,34,40,49,51}

F_CLKRUN# {49}

R10

0Ohm

ST remove

0Ohm

12

ST remove

GND

1 2

R11

C3

1 2

0.1UF/25V

GND

+3V

R4

0Ohm

Infineon

0Ohm

0Ohm R5

C C

S_SMBDATA_MAIN

S_SMBCLK_MAIN

B B

S_SMBDATA_MAIN

S_SMBCLK_MAIN

+3V

12

0.1UF/25V

GND

R5

Infineon

0Ohm

R6

Infineon

R7

0Ohm

C1

Sinosun/100ohm

12

GND

1 2

R9

4.7KOhm

GND

12

1 2

12

GND

12

R1

4.7KOhm

Infineon

C2

0.1UF/25V

GND

X2

/Infineon

X2

/Infineon

32.768KHZ

GND GND

324

12

C4

15PF/50V

Infineon

U1

1

NC1

2

GPIO2

3

NC2

4

GND1

5

VSB

6

GPIO

7

PP

8

TESTI

9

TESTBI/BADD

10

VDD1

11

GND2

12

NC3

13

XTALI/32k_IN

14

XTALO

SLB9635TT

1

12

C5

15PF/50V

Infineon

LPCPD# SERIRQ

LAD0

GND4

VDD3

LAD1

LFRAME#

LCLK LAD2

VDD2

GND3

LAD3

LRESET#

CLKRUN#

28 27 26 25 24 23 22 21 20 19 18 17 16 15

2.7KOhm

/X

S_PWRDWN# F_SERIRQ# F_LAD0

F_LAD1 F_FRAME#

C_PCICLK_TPM

F_LAD2

F_LAD3

S_PLTRST#

F_CLKRUN#

GND

X2_1

A A

GND GND

5

GND13GND2

XTAL_HOLDER_2P

4

GND

GNDGND

on board TPM

Title :

Engineer:

ASUSTek Computer Inc.

Size Project Name

A

Date: Sheet

3

Date: Sheet

2

P5E-VM DO

Engineer:

on board TPM

ChienChih_Hung

of

30 70Tuesday, November 13, 2007

of

30 70Tuesday, November 13, 2007

of

30 70Tuesday, November 13, 2007

1

Rev

1.00G

5

SU1A

G12

G13

G15

G14

F10

F13

F25 E14

H14 E13 F15 F14

C21

R2 R3 E3 C6 B3

J8

K5

H8 E6 F5

F7 C7 A7 H5

G8

K7

J5 E1 F1 A3 K6 L7 F2

G2

PCIRST# PME# PAR DEVSEL# PCICLK IRDY# SERR# STOP# PLOCK# TRDY# PERR# FRAME#

GNT3#/GPIO55 GNT2#/GPIO53 GNT1#/GPIO51 GNT0#

REQ3#/GPIO54 REQ2#/GPIO52 REQ1#/GPIO50 REQ0#

PIRQA# PIRQB# PIRQC# PIRQD# PIRQE#/GPIO2 PIRQF#/GPIO3 PIRQG#/GPIO4 PIRQH#/GPIO5

GLAN_CLK LAN_RSTSYNC LAN_RXD0 LAN_RXD1 LAN_RXD2 LAN_TXD0 LAN_TXD1 LAN_TXD2

LAN_RST#

O_PCIRST#_SLOT{28,37}

K_PME#{28,37} K_PAR{28,37} K_DEVSEL#{28,37}

C_PCI_SB{8}

K_IRDY#{28,37}

K_SERR#{28,37} K_STOP#{28,37}

L1_LCI_JKCLK{29}

L1_LCI_JRXD0{29} L1_LCI_JRXD1{29} L1_LCI_JRXD2{29} L1_LCI_JTXD0{29} L1_LCI_JTXD1{29} L1_LCI_JTXD2{29}

L1_LAN_RST#{29}

K_GNT#2{37} K_GNT#1{28} K_GNT#0{28}

K_REQ#3 K_REQ#2{37} K_REQ#1{28} K_REQ#0{28}

K_LOCK#{28} K_TRDY#{28,37} K_PERR#{28,37} K_FRAME#{28,37}

K_GNT#2 K_GNT#1 K_GNT#0

K_REQ#3 K_REQ#2 K_REQ#1 K_REQ#0

K_INTA#{28} K_INTB#{28} K_INTC#{28} K_INTD#{28} K_INTE#{37}

K_INTE# K_INTF# K_INTG# K_INTH#

D D

+3V

12

SR97

SR97 1K

1K

/X

K_GNT#2

K_GNT#1

12

SR98

SR98 1K

1K

/X

C C

B B

GND

L1_LCI_JRSTSYNC{29}

PCI

LAN

4

GLAN_COMPO

GLAN_COMPI

C/BE0# C/BE1# C/BE2# C/BE3#

AD0 AD1 AD2 AD3 AD4 AD5 AD6 AD7 AD8

AD9 AD10 AD11 AD12 AD13 AD14 AD15 AD16 AD17 AD18 AD19 AD20 AD21 AD22 AD23 AD24 AD25 AD26 AD27 AD28 AD29 AD30 AD31

F11 G9 C4 E8

C10 C8 E9 C9 A5 E12 E10 B7 B6 B4 E7 A4 H12 F8 C5 D2 E5 G7 E11 G10 G6 D3 H6 G5 C1 C2 C3 D1 J7 F3 G1 H3

A29 B29

K_C/BE#0 K_C/BE#1 K_C/BE#2 K_C/BE#3

K_AD0 K_AD1 K_AD2 K_AD3 K_AD4 K_AD5 K_AD6 K_AD7 K_AD8 K_AD9 K_AD10 K_AD11 K_AD12 K_AD13 K_AD14 K_AD15 K_AD16 K_AD17 K_AD18 K_AD19 K_AD20 K_AD21 K_AD22 K_AD23 K_AD24 K_AD25 K_AD26 K_AD27 K_AD28 K_AD29 K_AD30 K_AD31

GLAN_BIAS

P_+1.5V_PCIE

12

R2

24.9

1%

3

K_C/BE#[0..3] {28,37}

K_AD[0..31] {28,37}

K_REQ#0{28}

K_REQ#1{28}

K_REQ#2{37}

K_INTA#{28}

K_INTB#{28}

K_INTC#{28}

K_INTD#{28}

K_REQ#3

K_INTE# K_INTF# K_INTG# K_INTH#

K_REQ64#{28}

K_STOP#

K_DEVSEL#

K_LOCK#

K_PERR#

K_SERR#

K_FRAME#

K_TRDY#

K_IRDY#

6 5

8.2KOHM

/O

1 5

8.2KOHM

/O

3 5

8.2KOHM

/O

2 5

8.2KOHM

/O

4 5

8.2KOHM

/O

7 5

8.2KOHM

/O

9 5

8.2KOHM

/O

8 5

8.2KOHM

/O

1 2

8.2KOHM

3 4

/O

8.2KOHM

7 8

8.2KOHM

/O

5 6

/O

8.2KOHM

/O

3 5

8.2KOHM

/O

4 5

8.2KOHM

/O

2 5

8.2KOHM

/O

8 5

8.2KOHM

/O

6 5

8.2KOHM

/O

9 5

8.2KOHM

/O

7 5

8.2KOHM

/O

1 5

8.2KOHM

/O

KR1

8.2KOhm

1 2

KP2E

KP2A

10

KP2C

10

KP2B

10

KP2D

10

KP2F

10

KP2H

10

KP2G

10

KRN1A

KRN1A KRN1B

KRN1B KRN1D

KRN1D KRN1C

KRN1C

KP1C

KP1D

10

KP1B

10

KP1G

10

KP1E

10

KP1H

10

KP1F

10

KP1A

10

+3V

+5V

2

S_SRTCRST#

12

GND

1

SR2

SR2 20KOhm

20KOhm

1 2

SC1

1UF/10V

+BAT_3V

R1.01G: Change SR10 & Sc4 & SC5 Size from 0402 to 0603

SR10

SR10 10MOhm

10MOhm

r0603_h24

1 2

SY1

32.768KHZ

1

GND GND

324

5

324

SY1_1

XTAL_HOLDER_2P

12

SC4

SC4 15PF/50V

15PF/50V

c0603

A A

c0603

GND GND GND

S_RTCRST#

S_SRTCRST# S_SPI_MISO_R

S_ICH_RTCX1

S_ICH_RTCX2

12

SC5

SC5 15PF/50V

15PF/50V

MB_C0603

GND13GND2

4

GNDGND

A25

H20

A21

B21

RTCRST#

SRTCRST#

RTCX1

RTCX2

ICH9

GPIO58/SPI_CS1#/CLGPIO6

4

SPI_CS0# SPI_MOSI SPI_MISO

SPI_CLK

SPIRTC

F23 E25 C26 B26 G23

S_SPI_CS0#_R S_SPI_MOSI_R

S_SPI_CLK_R

SR4 15SR4 15

1 2

SR5 15SR5 15

1 2

SR7 15SR7 15

1 2

S_SPI_CS1#_R

K_GNT#0

12

GND GND

SR12

1KOhm

12

SR13

SR13 1K

1K

/X

BOOT VECTOR SELECT

GNT0# SPI_CS1# SPI PCI

0 1

LPC 1

F1_SPI_CS# {50} F1_SPI_MOSI {50} F1_SPI_MISO {50} F1_SPI_CLK {50}

3

S_SPI_CS1#_R

1 0 1

SR1121KSR112

1 2

1K

+3V

BATTERY

Battery Socket

JCLCMOS:1

2

BAT BAT_R

12

GND

MINI_JUMPER

BAT_1

+3VSB

SD1

SR9 1KOhm 1%SR9 1KOhm 1%

BATT_2P

Date: Sheet of

1

2

12

1 2

CLRTC

3

HEADER_1X3P

4.7KOhm

ASUSTek Computer Inc.

Size Project Name

A3

3

BAT54CW

SR14

1 2

GND GND

P5E-VM DO

BAT_1

+BAT_3V

SR11

SR11 20KOhm

20KOhm

1 2

Title :

Engineer:

1

KTS

LITHIUM BATT

CR2032

S_RTCRST#

12

SC3

1UF/10V

ICH9-1

Tyler_Yuan

31 70Friday, March 28, 2008

3V/220mAh

/O

Rev

1.01G

S_SPI_CS1#_R

5

SU1B

DMI USB

P_+1.5V_PCIE

SR15 24.9Ohm 1%

1 2

/O

D D

C C

B B

L1_GLCI_TXN_PHY{29} L1_GLCI_TXP_PHY{29} L1_GLCI_RXN_PHY{29} L1_GLCI_RXP_PHY{29}

CK_100M_ICH#{7} CK_100M_ICH{7}

N_DMI_TX#0{15} N_DMI_TX0{15} N_DMI_RX#0{15} N_DMI_RX0{15} N_DMI_TX#1{15} N_DMI_TX1{15} N_DMI_RX#1{15} N_DMI_RX1{15} N_DMI_TX#2{15} N_DMI_TX2{15} N_DMI_RX#2{15} N_DMI_RX2{15} N_DMI_TX#3{15} N_DMI_TX3{15} N_DMI_RX#3{15} N_DMI_RX3{15}

X_1X1_RXN0{27}

X_1X1_RXP0{27} X_1X1_TXN0{27} X_1X1_TXP0{27}

X_T1X1_RXN{40}

X_T1X1_RXP{40} X_T1X1_TXN{40} X_T1X1_TXP{40}

DMI_COMP

AA26 AA28

AC26 AC28 AB30 AB29

AE26 AD29 AD30

AF28 AF30

U26 U25

W28 W26

V30 V29

Y30 Y29

AF26

P30 P29 R26 R28

M30 M29 N26 N28

K30 K29 L26 L28

H30 H29

F30 F29 G26 G28

D29 D30 E26 E28

J26 J28

DMI_IRCOMP DMI_ZCOMP

DMI_CLKN DMI_CLKP

DMI0RXN DMI0RXP DMI0TXN DMI0TXP DMI1RXN DMI1RXP DMI1TXN DMI1TXP DMI2RXN DMI2RXP DMI2TXN DMI2TXP DMI3RXN DMI3RXP DMI3TXN DMI3TXP

PERn1 PERp1 PETn1 PETp1

PERn2 PERp2 PETn2 PETp2

PERn3 PERp3 PETn3 PETp3

PERn4 PERp4 PETn4 PETp4

PERn5 PERp5 PETn5 PETp5

PERn6/GLAN_RXN PERp6/GLAN_RXP PETn6/GLAN_TXN PETp6/GLAN_TXP

DMI USB

PCI_E

4

USBP0N

USBP0P

USBP1N

USBP1P

USBP2N

USBP2P

USBP3N

USBP3P

USBP4N

USBP4P

USBP5N

USBP5P

USBP6N

USBP6P

USBP7N

USBP7P

USBP8N

USBP8P

USBP9N

USBP9P

USBP10N USBP10P

USBP11N USBP11P

OC0#/GPIO59 OC1#/GPIO40 OC2#/GPIO41 OC3#/GPIO42 OC4#/GPIO43 OC5#/GPIO29 OC6#/GPIO30 OC7#/GPIO31 OC8#/GPIO44

OC9#/GPIO45 OC10#/GPIO46 OC11#/GPIO47

USBRBIAS#

USBRBIAS

AD6 AD5

AE3 AE2

AD1 AD2

AB6 AB5

AC3 AC2

AB1 AB2

Y6 Y5

AA3 AA2

Y1 Y2

V6 V5

W2 W3

V1 V2

P5 N3 P7 R7 N2 N1 N5 M1 P3 R6 T7 P1

AG1 AG2

U_OC1#

U_OC3#

U_OC5#

U_OC7#

U_OC9#

U_OC11#

S_USBRBIAS

U_USB6- {43} U_USB6+ {43}

U_USB7- {43} U_USB7+ {43}

U_USB8- {44} U_USB8+ {44}

U_USB9- {44} U_USB9+ {44}

U_USB10- {44} U_USB10+ {44}

U_USB11- {44} U_USB11+ {44}

U_USB0- {43} U_USB0+ {43}

U_USB1- {43} U_USB1+ {43}

U_USB2- {43} U_USB2+ {43}

U_USB3- {43} U_USB3+ {43}

U_USB4- {43} U_USB4+ {43}

U_USB5- {43} U_USB5+ {43}

12

SR22

SR22 20Ohm

20Ohm

1%

/O

R1.01G

GND

3

U_USBOC#01 {43}

U_USBOC#23 {43}

U_USBOC#45 {43}

U_USBOC#67 {43}

U_USBOC#89 {44}

U_USBOC#1011 {44}

2

1

AG3

CLK48

ICH9

/O

A A

5

4

CK_48M_USB {8}

ICH9-2

1

ICH9-2

Tyler_Yuan

32 70Friday, March 28, 2008

Rev

1.00G

Title :

Engineer:

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

3

2

Date: Sheet of

P5E-VM DO

Engineer:

5

12

GND

AJ28

AC22

AE23 AH27

AJ27 AF24

AH26

AJ29

AD24

SC10

SC10 150PF/50V

150PF/50V

/X

G22

C18 H21 E19

G20

B16

C27 A16

AH21 AK21 AH22 AK23

AJ21 AJ22

AK22

P8

M3

L3 N6

T6

O_GA20{51}

H_A20M#{10}

1

O_KB_RST#{51} F_SERIRQ#{30,49,51}

1 2

SR48

10KOhm

/O

S_ICH_GPIO1 S_ICH_GPIO6 S_ICH_GPIO7

5

H_IGNNE#{10}

H_INIT#{9} H_INTR{10} H_FERR#{10} H_NMI{10}

SR32

H_SMI#{10}

0Ohm

/O

N_CLINK_CLK{17}

N_CLINK_DATA{17}

N_CLINK_RST#{17}

N_CL_PWROK_R{17}

SR44

10KOhm

/X

1 2

TACH0

SB_SEN_CPUFAN{57}

SR50 0Ohm /OSR50 0Ohm /O STP7/X STP7/X STP8/X STP8/X

STP1/XSTP1

1 2

SR47

10KOhm

/O

SB_CPUFAN_PWM{57}

12

SC11

0.1UF/16V

/O

/X

1 2

D D

H_STPCLK#{10}

C C

+3.3V_CL

SR34

3.24KOhm

1%

1% /O

/O

1 2

SR45

SR45 453Ohm

453Ohm

1%

1% /O

/O

1 2

GND

B B

+3V

SR46

10KOhm

/O

1 2

A A

S_TP_INIT3_3V#

H_THERMTRIP#{10}

1 1

H_STPCLK#_R

S_ICH_CL_REF

TACH0

12

S_ICH_PWM1 S_ICH_PWM2

SU1C

A20GATE A20M#

IGNNE# INIT3_3V# INIT# INTR FERR# NMI RCIN# SERIRQ

SMI# STPCLK# THRMTRIP#

HOST

CL_CLK0 TP5 CL_DATA0 TP4 CL_RST0# TP7 CLPWROK CL_VREF0 TP6

CLINK

TACH0/GPIO17 TACH1/GPIO1 TACH2/GPIO6 TACH3/GPIO7

PWM0 PWM1 PWM2

FAN_SPEED

ICH9

/O

4

SATA0RXN

SATA0RXP SATA0TXN SATA0TXP

SATA1RXN

SATA1RXP SATA1TXN SATA1TXP

SATA2RXN

SATA2RXP SATA2TXN SATA2TXP

SATA3RXN

SATA3RXP SATA3TXN SATA3TXP

SATA4RXN

SATA4RXP SATA4TXP SATA4TXN

SATA5RXN

SATA5RXP SATA5TXN SATA5TXP

SATA_CLKN SATA_CLKP

SATALED#

SATARBIAS#

SATARBIAS

SATA

SATA0GP/GPIO21 SATA1GP/GPIO19 SATA2GP/GPIO36 SATA3GP/GPIO37

SATA4GP SATA5GP

SATACLKREQ#/GPIO35

SCLOCK/GPIO22

SLOAD/GPIO38 SDATAOUT0/GPIO39 SDATAOUT1/GPIO48

4

AK17 AJ17 AK19 AJ19

AJ15 AK15 AH16 AF16

AJ13 AK13 AH14 AF14

AJ11 AK11 AF12 AH12

AJ9 AK9 AH9 AF10

AJ7 AK7 AF8 AH7

AF18 AF19

AE7

S_SATARBIAS

AK6 AJ6

+VCORE_OV#1

AK25

S_SATAGP1

AE20

S_+1.25V_OV1_Q#

AE21

S_+1.25V_OV2_Q#

AE22

S_SATAGP4

AF22

S_SATAGP5

AD21

L1

+VTTCPU_OV1#

+1.5V_OV#1

O_SST

H_PECI_SB

For the CONROE processor (BI-direction)

3

󰇞󰍢󰓟󰜊󰑖

SST

PECI

AJ24 AK24 AH23 AD20

C19

AC23

H_PECI{10}

T_SATA_RXN0 {39} T_SATA_RXP0 {39} T_SATA_TXN0 {39} T_SATA_TXP0 {39}

T_SATA_RXN1 {39} T_SATA_RXP1 {39} T_SATA_TXN1 {39} T_SATA_TXP1 {39}

T_SATA_RXN4 {39} T_SATA_RXP4 {39} T_SATA_TXN4 {39} T_SATA_TXP4 {39}

T_SATA_RXN5 {39} T_SATA_RXP5 {39} T_SATA_TXN5 {39} T_SATA_TXP5 {39}

T_SATA_RXN2 {39} T_SATA_RXP2 {39}

T_SATA_TXP2 {39} T_SATA_TXN2 {39}

T_SATA_RXN3 {39} T_SATA_RXP3 {39} T_SATA_TXN3 {39} T_SATA_TXP3 {39}

CK_SB_SATA# {7} CK_SB_SATA {7}

12

SR35

24.9Ohm

1%

1% r0603_h24

r0603_h24

GND

O_BIOS_WP# {50}

O_SST {51}

SR24 0Ohm /XSR24 0Ohm /X

1 2

SR25 0Ohm /OSR25 0Ohm /O

1 2

+3V

1 2

SR36

10KOhm

/O

1 2

3

SR26

SR26 0Ohm

0Ohm

H_PECI_SB

3

H_THERMTRIP#{10}

+3V

SR33

10KOhm

/O

1 2

SR37

10KOhm

/O

1 2

J_NOS_GATE {67}

SIO_PECI {51}

+VCORE_OV#1

H_PECI_SIO {51}

+VTTCPU

1 2

H_FERR#

T_SATALED# {59}

SR39

SR55

10KOhm

/O

1 2

+5VSB

SRN9D

7 8

8.2KOHM

SR42

62Ohm

+VTTCPU

SR62

SR62 62Ohm

62Ohm

1 2

SR40

10KOhm

/O

1 2

SRN9A

1 2

8.2KOHM

SRN9C

5 6

8.2KOHM

SRN9B

3 4

8.2KOHM

1 2

SR41

10KOhm

/O

1

SQ11

B

1 2

GND

2

+VTTCPU_OV1#

SR51

SR49

10KOhm

/O

1 2

J_CPUTM# {67}

3

1

G

2

3

C

E

PMBS3904

2

+1.5V_OV#1

SR56

10KOhm

/O

1 2

S_+1.25V_OV1_Q#

O_+VCORE_OV#1 {60}

32

S_+1.25V_OV2_Q#

D

SQ16

2N7002

S

1

+5VSB

SRN5C

5 6

8.2KOHM

3

SQ20

C

SRN5A

1 2

8.2KOHM

+5VSB

SRN5B

3 4

8.2KOHM

SRN5D

7 8

8.2KOHM

+5VSB

SRN4C

5 6

8.2KOHM

+5VSB

SRN4B

3 4

8.2KOHM

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

C

B

1

B

1

E

PMBS3904

2

GND

SQ21

C

B

1

B

1

GND

SRN4D

7 8

8.2KOHM

SRN4A

1 2

8.2KOHM

P5E-VM DO

3

E

PMBS3904

2

1

G

1

G

SQ12

B

1

B

1

SQ13

B

1

B

1

Engineer:

32

3

D

SQ19

2N7002

S

2

32

3

D

SQ18

2N7002

S

2

3

C

E

PMBS3904

2

GND

3

C

E

PMBS3904

2

GND

Title :

1

O_+VTTCPU_OV#1 {65}

O_+1.5V_OV#1 {63}

32

3

D

SQ17

1

2N7002

G

S

2

32

3

D

SQ22

1

2N7002

G

S

2

ICH9-3

Tyler_Yuan

33 70Friday, March 28, 2008

O_+1.25V_OV#1 {66}

O_+1.25V_OV#2 {66}

Rev

1.01G

5

NEW CPU

D D

H_SKTOCC#{10}

+BAT_3V

SR3

1MOhm

/NEWCPU

1 2

3

1

G

12

OC9

0.1UF/16V

/NEWCPU

GND GND

2

SR8

1MOhm

/NEWCPU

1 2

32

D

S

SQ1

2N7002

/NEWCPU

NEW_CPU

RING#

C C

SR16 8.2KOhmSR16 8.2KOhm

O_RI1#{54}

Straping Pin: 1: X4

1 2

+3V

12

SR9915KOhm/XSR9915KOhm

12

SR10015KOhm/XSR10015KOhm

SQ6

B

1

B

1

PMBS3904

GND

3

C

E

E 2

2

REMOVE FOR TCO MODE

0: X1

/X

B B

A_Z_SDOUT{41}

A_Z_SYNC{41}

CL CONTROL CIRCUIT

A A

SR84

S_ICH9_SLP_M#

SR84

10KOhm

/AMT

SC13

1UF/16V/0603

/X/AMT

5

12

/X

GND

+3VSB

SQ2

B

1

B

1

PMBS3904

12

/AMT

GND GND

12

1 2

C

3

E

E 2

2

/O

SR79

SR8015KOhm/OSR8015KOhm

150Ohm

/AMT

12

/O

S_SLP_M

SR22015KOhm/OSR22015KOhm

Regin

S_SLP_M {7,17,62,65}

LDRQ0#{51}

+3VSB

S_SMBCLK_PCI

S_SMBDATA_PCI



O_BTN1

4

+3V

SC6

12

100PF/50V

/X

4

SR54

10KOhm

/X

1 2

3 4

10KOHM

1 2

10KOHM

5 6

10KOHM

7 8

10KOHM

SR73

1 2

0Ohm /X

SR74

1 2

0Ohm /X

GND

+3V

SR53 10KOhm /XSR53 10KOhm /X

1 2

O_BTN1

SRN1B

SMLINKALERT#

SRN1A

SMLINK0

SRN1C

SMLINK1

SRN1D

SMLINK0

SMLINK1

+3VSB

12

SR75

8.2K

3

SU1D

S_LDRQ1#

F_LAD0{30,49,51} F_LAD1{30,49,51} F_LAD2{30,49,51} F_LAD3{30,49,51}

F_FRAME#{30,49,51}

A_Z_SDIN0{41}

A_Z_SDOUT{41}

A_Z_SYNC{41}

CK_14M_SB{8}

A_Z_BITCLK{41,69}

A_Z_RST#{41}

O_BTN1{59} S_SMBCLK_PCI{26,27,28,36} S_SMBDATA_PCI{26,27,28,36}

SMLINKALERT# SMLINK0 SMLINK1

1 1

S_SLPS3# S_SLPS4#

S_ICH9_SLP_M#

ICH_TP0 ICH_TP1 ICH_TP2

S_SLPS3#{51,65} S_SLPS4#{7,64}

S_CK_PWROK{7}

T23T23 T24T24

J3

LDRQ1#/GPIO23

K3

FWH0/LAD0

H1

FWH1/LAD1

M7

FWH2/LAD2

J1

FWH3/LAD3

L6

LDRQ0#

L5

FWH4/LFRAME#

LPC

AK3

HDA_SDIN0

AH4

HDA_SDIN1

AH1

HDA_SDIN2

AJ3

HDA_SDIN3

AJ2

HDA_SDOUT

AK1

HDA_SYNC

M5

CLK14

AH3

HDA_BIT_CLK

AJ1

HDA_RST#

AUDIO

C16

SMBALERT#/GPIO11

H16

SMBCLK

E16

SMBDATA

F18

LINKALERT#/GPIO60/CLGPIO4

A15

SMLINK0

B15

SMLINK1

SMBUS

A13

SLP_S3#

B13

SLP_S4#

G17

SLP_S5#

F17

SLP_M#

T8

CK_PWRGD

C13

TP0

AK28

TP1

AE24

TP2

F20

TP3

ICH9

WOL_EN/GPIO9 ALERT#/GPIO10

CLGPIO2/GPIO14

CLGPIO0/GPIO24

S4_STATE#/GPIO26 QRT_STATE0/GPIO27 QRT_STATE1/GPIO28

INTRUDER#

LAN100_SLP

MCH_SYNC#

SUS_STAT#/LPCPD

CLGPIO5/GPIO57

PWRBTN#

CPUPWRGD

VRMPWRGD

SYS_RESET#

RSMRST#

MISC

INTVRMEN

Power LED

3

C

SQ3

B

1

B

1

PMBS3904

GND

C

E

E 2

2

PLED

3

R3

1 2

8.2KOhmR38.2KOhm

2

N7

GPIO0

A20

GPIO8

GPIO12 GPIO13

GPIO15 GPIO16 GPIO18 GPIO20

GPIO25

GPIO32 GPIO33 GPIO49

A18 C17 A8 A19 A9

C15 M2 K1 AF5 A14 B18 C11 A11 G18 K2 AF6 AJ25

S_WOL_ONLY

GPIO10

S_S4_STATE#

PLED

MFG_MODE_N

S_GPIO49

DMI TERMINATION STRAP

NEW_CPU

G21 E21

ICH_THERM#

AK26

THRM#

AH25 R1 R5

SUSCLK

AH5

GPIO34

F16

GPIO56

C12

E20

WAKE#

T3 G19

RI#

AD23 C22 C25

PWROK

C14

PLTRST#

F19 F22

TO ENABLE INTERNAL VRM

390KOhm

INTVRMEN

E23

N8

SPKR

S_PLED- {59}

2

J_SILENT# {67} A_FP_PRES# {42}

O_PME# {51} O_PWRBTN# {51}

SR60 2.2KOhmSR60 2.2KOhm

EnableLANPower

S_PWRDWN# S_SUSCLK

S_GPIO56

+3VSB

SR71

1KOhm

1 2

RING#

ICH_VRMPGD

+BAT_3V

SR77

1 2

1

+3VSB

S_WOL_ONLY {62}

GPIO10

S_PCI_STOP# {7}

S_CPU_STOP# {7} S_S4_STATE# {51}

A_FP_PRES# {42}

12

+BAT_3V

GND

SR67

390KOhm

TO ENABLE

1 2

INTERNAL VRM

N_ICH9_SYNC# {17}

S_PWRDWN# {30,49}

SR70 10KOhmSR70 10KOhm

1 2

12

SR57 10KOhmSR57 10KOhm

X_WAKE# {26,27} O_PWRBTN# {51}

H_CPUPWRGD {10,11} P_VRM_GD {60,62} O_PWROK {7,17,51}

S_PLTRST# {17,30,40,49,51} O_RSTCON# {7,11,59} O_RSMRST# {7,29,51}

+3V

Trap for TCO timer reboot feature

SR76

SR76 1KOhm

1KOhm

/X

1 2

12

SR78

4.7KOhm

GND

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

S_SPKR {59}

P5E-VM DO

+3V

12

SR1710KOhm SR1710KOhm

1 2

R1.01G

SR65

8.2K

+3VSB

12

A_FP_PRES#{42}

SR72

8.2K

SERVICE_MODE

HEADER_1X3P

Title :

Engineer:

1

1 2

+3VSB

Regin

󰇤󰇤󰇤󰇤

,Cost Down

ICH_VRMPGD

+3V

12

1 2 3

ICH9-4

Tyler_Yuan

34 70Friday, March 28, 2008

/X

SR69

4.7KOhm

+3VSB

SR19410KOhm/XSR19410KOhm

+3VSB

12

SR52

8.2K

T22T22

1

+3V

12

MFG_MODE_N

GND

SR6

8.2K

1 2

/X

Rev

1.01G

SR6110KOhm/XSR6110KOhm

5

4

3

2

1

P_+1P05V_LAN

1.05V LAN OUTPUT

SC48

1UF/10V

+1.5V

+VTTCPU

12

SC30

0.1UF/16V

/X

12

GND GND GND GND

SC89

0.1UF/16V

/O

12

SC49

1UF/10V

12

1UF/10V

GND GND

SC18

1UF/10V

12

GND

SC31

0.1UF/16V

/X

SC58

SC26

0.1UF/16V

/X

12

SC50

0.1UF/16V

/X

12

SC59

0.1UF/16V

/O

12

SC19

0.1UF/16V

1UF/10V

12

SC90

4.7UF/6.3V

/X

12

SC32

0.1UF/16V

/O

12

SC42

0.1UF/16V

/O

GND GND

12

SC20

12

SC33

0.1UF/16V

/O

SC51

0.1UF/16V

/X

12

GNDGND

4

12

SC21

0.1UF/16V

12

SC34

0.1UF/16V

/X

12

SC43

0.1UF/16V

/O

12

SC52

0.1UF/16V

/O

P_+1.05VSB_INT_A P_+1.05VSB_INT_B

P_+1.5VSB_INT

SC2

0.1UF/16V

/O

R1.01G

+3V

12

SC27

0.1UF/16V

/O

GND

SC41

0.1UF/16V

/O

12

SC15

0.1UF/16V

/O

12

+3.3V_CL

12

GND

SC28

0.1UF/16V

/O

+3VSB

12

SC29

0.1UF/16V

/X

12

SC14

SC14 1UF/10V

1UF/10V

c0603

/O

D D

C C

B B

/O

GND GND

12

+BAT_3V

GND

12

SC55

A A

SC55 1UF/10V

1UF/10V

c0603

/X

12

SC56

0.1UF/16V

/X

12

SC57

0.1UF/16V

/O

5

A10 B10

H10

H11 AC11 AB23 AC18 AC20 AC13 AD11 AD12 AD13 AE11

AF11 AH10 AH11

AJ10 AD17 AE17

AF17 AH17 AH18

AJ18 AK18 AK10 AC17

AA7 AA8 AB7 AB8

AC14 AC15 AC16

AH28

AJ30

AC10 AD10 AC19 AC21

AF21 AH24

G11

AH30

AK4

A27

A12 B12

C23 B23

AF2

A17 B20 C20 E17 H15

AC9

A22

AC7

H17

H18

AD8

G3

W7 W8

SU1E

T1

A2 B1 B9

H7

J2 K8 L8

U1 U2 U3 U5 U6 U7 U8 V8

Y8

ICH9

/O

VccLAN1_05_1 VccLAN1_05_2

Vcc1_5_A_1 Vcc1_5_A_2 Vcc1_5_A_3 Vcc1_5_A_4 Vcc1_5_A_5 Vcc1_5_A_6 Vcc1_5_A_7 Vcc1_5_A_8 Vcc1_5_A_9 Vcc1_5_A_10 Vcc1_5_A_11 Vcc1_5_A_12 Vcc1_5_A_13 Vcc1_5_A_14 Vcc1_5_A_15 Vcc1_5_A_16 Vcc1_5_A_17 Vcc1_5_A_18 Vcc1_5_A_19 Vcc1_5_A_20 Vcc1_5_A_21 Vcc1_5_A_22 Vcc1_5_A_23 Vcc1_5_A_24 Vcc1_5_A_25 Vcc1_5_A_26 Vcc1_5_A_27 Vcc1_5_A_28 Vcc1_5_A_29 Vcc1_5_A_30 Vcc1_5_A_31 Vcc1_5_A_32

V_CPU_IO1 V_CPU_IO2

VccHDA Vcc3_3_1 Vcc3_3_2 Vcc3_3_3 Vcc3_3_4 Vcc3_3_5 Vcc3_3_6 Vcc3_3_7 Vcc3_3_8 Vcc3_3_9 Vcc3_3_10 Vcc3_3_11 Vcc3_3_12 Vcc3_3_13 Vcc3_3_14 Vcc3_3_15 Vcc3_3_16 VccGLAN3_3

VccLAN3_3_1 VccLAN3_3_2

VccCL3_3_1 VccCL3_3_2

VccSus3_3_1 VccSus3_3_2 VccSus3_3_3 VccSus3_3_4 VccSus3_3_5 VccSus3_3_6 VccSus3_3_7 VccSus3_3_8 VccSus3_3_9 VccSus3_3_10 VccSus3_3_11 VccSus3_3_12 VccSus3_3_13 VccSus3_3_14 VccSus3_3_15 VccSus3_3_16 VccSus3_3_17 VccSusHDA

VccRTC

VccSus1_05_1 VccSus1_05_2

VccSus1_5_1 VccSus1_5_2

V5REF_Sus

V5REF

VccGLAN1_5_1 VccGLAN1_5_2 VccGLAN1_5_3 VccGLAN1_5_4

Vcc1_5_B_1 Vcc1_5_B_2 Vcc1_5_B_3 Vcc1_5_B_4 Vcc1_5_B_5 Vcc1_5_B_6 Vcc1_5_B_7 Vcc1_5_B_8

Vcc1_5_B_9 Vcc1_5_B_10 Vcc1_5_B_11 Vcc1_5_B_12 Vcc1_5_B_13 Vcc1_5_B_14 Vcc1_5_B_15 Vcc1_5_B_16 Vcc1_5_B_17 Vcc1_5_B_18 Vcc1_5_B_19 Vcc1_5_B_20 Vcc1_5_B_21 Vcc1_5_B_22 Vcc1_5_B_23 Vcc1_5_B_24 Vcc1_5_B_25 Vcc1_5_B_26 Vcc1_5_B_27 Vcc1_5_B_28 Vcc1_5_B_29 Vcc1_5_B_30 Vcc1_5_B_31 Vcc1_5_B_32 Vcc1_5_B_33 Vcc1_5_B_34 Vcc1_5_B_35 Vcc1_5_B_36 Vcc1_5_B_37 Vcc1_5_B_38 Vcc1_5_B_39 Vcc1_5_B_40 Vcc1_5_B_41 Vcc1_5_B_42 Vcc1_5_B_43 Vcc1_5_B_44 Vcc1_5_B_45 Vcc1_5_B_46

VccDMI_1

VccDMI_2 Vcc1_05_1 Vcc1_05_2 Vcc1_05_3 Vcc1_05_4 Vcc1_05_5 Vcc1_05_6 Vcc1_05_7 Vcc1_05_8 Vcc1_05_9

Vcc1_05_10 Vcc1_05_11 Vcc1_05_12 Vcc1_05_13 Vcc1_05_14 Vcc1_05_15 Vcc1_05_16 Vcc1_05_17 Vcc1_05_18 Vcc1_05_19 Vcc1_05_20 Vcc1_05_21 Vcc1_05_22 Vcc1_05_23 Vcc1_05_24 Vcc1_05_25 Vcc1_05_26 Vcc1_05_27 Vcc1_05_28 Vcc1_05_29

VccSATAPLL

VccGLANPLL

VccDMIPLL

VccUSBPLL

VccCL1_5

VccCL1_05

AF1

A6

C30 C29 C28 B30 AA23 AA24 AA25 AB24 AB25 AC25 AD25 AD26 AD28 AE28 AE29 AE30 J24 J25 K23 K24 K25 L24 L25 M23 M24 M25 N24 N25 P23 P24 P25 R24 R25 T23 T24 T25 T26 T28 U24 U28 U29 U30 V23 V24 V25 W24 W25 Y23 Y24 Y25 AG29 AG30 A24 B24 C24 E24 F24 G24 H23 H24 J23 M12 M13 M15 M17 M18 M19 N12 N19 R12 R19 U12 U19 V12 V19 W12 W13 W15 W17 W18 W19

V5REF_SUS

V5REF

+1P25V_VCCDMI

12

SC16

0.1UF/16V

/O

GND GND

12

SC22

SC22 22UF/6.3V

22UF/6.3V

/O

c0805

12

SC37

1UF/10V

GND GND

12

SC44

0.022UF/16V

/O

12

1 2

SC17

0.1UF/16V

/O

P_+1.5V_PCIE +1.5V

12

SC23

SC23 22UF/6.3V

22UF/6.3V

/O

c0805

SR83

1 2

0Ohm

SC38

SC38 22UF/6.3V

22UF/6.3V

/O

c0805

+1.05V

12

SC47

0.1UF/16V

/X

GNDGND

AK20

A28

T30

AK5

A26

A23

SC62

SC62 1UF/10V

1UF/10V

3

P_+1.05VSB_CL_INT

12

SC63

0.1UF/16V

/X

GND GND GND

12

SC60

0.1UF/16V

/O

P_+1.5VCL_INT

12

SC61

SC61 1UF/10V

1UF/10V

c0603

c0603 /O

/O

SR81

10Ohm

12

SC24

2.2UF/6.3V

/O

c0603

+5VSB

+5V

SR82

1 2

10Ohm

2

3

1

SD2

SD2 BAT54CW

BAT54CW

/O

12

+

12

SC25

4.7UF/6.3V

+1.25V

12

SC64

0.1UF/16V

/O

2

+

SCE1

SCE1 330uF/6.3V

330uF/6.3V

GNDGNDGNDGNDGND

12

SC35

SC35 1UF/10V

1UF/10V

c0603

/O

GND GND

12

SC53

0.01UF/50V

/O

GND GND

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

SC39

1UF/10V

12

SC36

SC36 10UF/6.3V

10UF/6.3V

/O

+1P5V_GLAN_PLL

12

SC40

SC40 10UF/6.3V

10UF/6.3V

/X

GNDGND

+1P5V_DMIPLL

12

SC54

SC54 10UF/6.3V

10UF/6.3V

/O

Engineer:

P5E-VM DO

L1 1UHL1 1UH

VCCSATA_PLL

Title :

1

+3V

21

SL1

10UH

SL2

1UH

SL3

1UH

ICH9-5

Tyler_Yuan

35 70Friday, March 28, 2008

+1.5V

21

Rev

1.01G

5

SU1F

F9

VSS1

G16

VSS2

G25

VSS3

G29

VSS4

G30

VSS5

H13

VSS6

H19

VSS7

H2

VSS8

H22

VSS9

H25

VSS10

D D

C C

B B

A A

GND GND

5

H26 H28

K26 K28

M14 M16 M26 M28

N13 N14 N15 N16 N17 N18 N23 N29 N30 P12 P13 P14 P15 P16 P17 P18 P19

P26 P28

R13 R14 R15 R16 R17 R18 R23 R29 R30

U13 U14 U15 U16 U17 U18 U23 V13 V14 V15 V16 V17 V18 V26 V28

W14 W16 W23 W29 W30

AK27 AH29

AF3 B27

VSS11 VSS12

H9

VSS13

J29

VSS14

J30

VSS15

J6

VSS16 VSS17 VSS18

L2

VSS19

L23

VSS20

L29

VSS21

L30

VSS22 VSS23 VSS24 VSS25 VSS26

M6

VSS27

M8

VSS28 VSS29 VSS30 VSS31 VSS32 VSS33 VSS34 VSS35 VSS36 VSS37 VSS38 VSS39 VSS40 VSS41 VSS42 VSS43 VSS44 VSS45

P2

VSS46 VSS47 VSS48

P6

VSS49 VSS50 VSS51 VSS52 VSS53 VSS54 VSS55 VSS56 VSS57 VSS58

R8

VSS59

T12

VSS60

T13

VSS61

T14

VSS62

T15

VSS63

T16

VSS64

T17

VSS65

T18

VSS66

T19

VSS67

T2

VSS68

T29

VSS69

T5

VSS70 VSS71 VSS72 VSS73 VSS74 VSS75 VSS76 VSS77 VSS78 VSS79 VSS80 VSS81 VSS82 VSS83 VSS84 VSS85

V3

VSS86

V7

VSS87

W1

VSS88 VSS89 VSS90 VSS91 VSS92 VSS93

W5

VSS94 VSS95 VSS96

AJ4

VSS97 VSS98 VSS99

Y7

VSS100

ICH9

/O

VSS101 VSS102 VSS103 VSS104 VSS105 VSS106 VSS107 VSS108 VSS109 VSS110 VSS111 VSS112 VSS113 VSS114 VSS115 VSS116 VSS117 VSS118 VSS119 VSS120 VSS121 VSS122 VSS123 VSS124 VSS125 VSS126 VSS127 VSS128 VSS129 VSS130 VSS131 VSS132 VSS133 VSS134 VSS135 VSS136 VSS137 VSS138 VSS139 VSS140 VSS141 VSS142 VSS143 VSS144 VSS145 VSS146 VSS147 VSS148 VSS149 VSS150 VSS151 VSS152 VSS153 VSS154 VSS155 VSS156 VSS157 VSS158 VSS159 VSS160 VSS161 VSS162 VSS163 VSS164 VSS165 VSS166 VSS167 VSS168 VSS169 VSS170 VSS171 VSS172 VSS173 VSS174 VSS175 VSS176 VSS177 VSS178 VSS179 VSS180 VSS181 VSS182 VSS183 VSS184 VSS185 VSS186 VSS187 VSS188 VSS189 VSS190 VSS191 VSS192 VSS193 VSS194 VSS195 VSS196 VSS197 VSS198

4

F6 F28 F26 F21 F12 E30 E29 E22 E2 E18 E15 D28 B8 B5 B28 B25 B22 B2 B19 B17 B14 B11 AK8 AK30 AK29 AK2 AK16 AK14 AK12 AJ8 AJ5 AJ26 AJ23 AJ20 AJ16 AJ14 AJ12 AH8 AH6 AH20 AH19 AH15 AH13 AG28 AH2 AF9 AF7 AF29 AF25 AF23 AF20 AF15 AF13 AE9 AE8 AE6 AE5 AE25 AE19 AE18 AE16 AE15 AE14 AE13 AE12 AE10 AE1 AD9 AD7 AD3 AD22 AD19 AD18 AD16 AD15 AD14 AC8 AC6 AC5 AC30 AC29 AC24 AC12 AC1 AB3 AB28 AB26 AA6 AA5 AA30 AA29 AA1 A30 A1 W6 Y26 Y28 Y3

4

HEATSINK1

2

HEAT SINK

/O

3

SMBus Switch

S_SMBCLK_PCI S_SMBDATA_PCI

SR89 0Ohm /XSR89 0Ohm /X SR90 0Ohm /XSR90 0Ohm /X

+12V

1

3

1 2 1 2

SR91

SR91 1KOhm

1KOhm

/O

1 2

S_SMBCLK_MAIN S_SMBDATA_MAIN

SR92

10KOhm

1 2

GND

2

1.00 SMBus connect to two kind of devices, one use Main power, another use Standby power, so use this switch circuit to isolate those two device. SMB_CLK and SMB_DATA for Standby device. SMB_CLK_MAIN and SMB_DATA_MAIN for Main power device.

AQ1 2N7002

/O

S

D

S_SMBCLK_PCI{26,27,28,34} S_SMBCLK_MAIN {7,11,21,22,30}

S_SMBDATA_PCI{26,27,28,34}

S_SMBCLK_PCI S_SMBCLK_MAIN S_SMBDATA_PCI

7 8

2.7KOHM

5 6

2.7KOHM

/O

/O /O

/O

2

3 2

3

2

3

2

G

1

AQ2 2N7002

/O

S

D

3 2

3

G

1

+3VSB

SRN2D

SRN2D SRN2C

SRN2C

ASUSTek Computer Inc.

Date: Sheet of

S_SMBDATA_MAIN {7,11,21,22,30}

2

S_SMBDATA_MAIN

Size Project Name

A3

3 4

2.7KOHM

1 2

2.7KOHM

/O

/O /O

/O

Title :

Engineer:

P5E-VM DO

1

SRN2B

SRN2A

1

+3V

ICH9-6

Tyler_Yuan

36 70Friday, March 28, 2008

Rev

1.01G

5

PCI_VIOS

PCI_AD0 PCI_AD1 PCI_AD2 PCI_AD3 PCI_AD4 PCI_AD5 PCI_AD6 PCI_AD7 PCI_AD8 PCI_AD9 PCI_AD10 PCI_AD11 PCI_AD12 PCI_AD13 PCI_AD14 PCI_AD15 PCI_AD16 PCI_AD17 PCI_AD18 PCI_AD19 PCI_AD20 PCI_AD21 PCI_AD22 PCI_AD23 PCI_AD24 PCI_AD25 PCI_AD26 PCI_AD27 PCI_AD28 PCI_AD29 PCI_AD30 PCI_AD31

PCI_CBE0# PCI_CBE1# PCI_CBE2# PCI_CBE3#

PCI_PAR PCI_FRAME# PCI_IRDY# PCI_TRDY# PCI_DEVSEL# PCI_STOP# PCI_IDSEL

PCI_REQ# PCI_GNT# PCI_PERR# PCI_SERR#

PCI_PCLK

PCI_PRST# PCI_INTA# PCI_PME#

100

+3V

ZL1 120Ohm/100MhzZL1 120Ohm/100Mhz

99

VSS766VSS662VSS552VSS438VSS333VSS222VSS112VSS0

If the PCI chipset can support

3.3v and 5v signaling, then connect the PCI_VIOS pin on the FW322 to the PCI_VIO pin (A59)

+5V

12

ZC25

0.1UF/16V

mb_c0402

D D

K_AD[0..31]{28,31}

C C

K_C/BE#[0..3]{28,31}

K_PAR{28,31} K_FRAME#{28,31} K_IRDY#{28,31} K_TRDY#{28,31} K_DEVSEL#{28,31} K_STOP#{28,31}

K_AD18{28,31} K_REQ#2{31} K_GNT#2{31}

K_PERR#{28,31}

B B

K_SERR#{28,31} C_PCI_1394{8}

O_PCIRST#_SLOT{28,31} K_INTE#{31}

K_PME#{28,31}

A A

mb_c0402

GND

1 2

ZR19 0Ohm

/X/322

K_AD0 K_AD1 K_AD2 K_AD3 K_AD4 K_AD5 K_AD6 K_AD7 K_AD8 K_AD9 K_AD10 K_AD11 K_AD12 K_AD13 K_AD14 K_AD15 K_AD16 K_AD17 K_AD18 K_AD19 K_AD20 K_AD21 K_AD22 K_AD23 K_AD24

K_AD27 K_AD28 K_AD29 K_AD30 K_AD31

K_C/BE#0 K_C/BE#1 K_C/BE#2 K_C/BE#3

K_PME#_R

ZU1

70

69 68 65 64 63 61 60 59 56 55 54 53 51 50 49 48 35 34 31 30 29 28 26 25 21 20 19 18 16 15 14 13

58 47 36 23

46 37 39 40 41 42 24

9

8 44 45

11

7

6 10

FW322_07

4

21

91

VDD772VDD667VDD557VDD443VDD332VDD227VDD117VDD0

VDDA075VDDA188VDDA2

VSSA0

87

74

12

GND

RESET#

TPBIAS0

TPA0+

TPA0-

TPB0+

TPB0-

TPBIAS1

TPA1+

TPA1-

TPB1+

TPB1-

CPS

PC2

TEST0 TEST1 TEST2 PTEST

ROM_AD

ROM_CLK

VSSA292VSSA1

VSSA3

76

GND

+Z_3VA

ZC1

0.1UF/16V

mb_c0402

93

XI

94

XO

95

90

R1

89

R0

86 85 84 83 82 81 80 79 78 77

73

71

5 2 1 96 98

SE

97

SM

4

3

12

ZC2

0.1UF/16V

mb_c0402

ZR1 390OHM

1%

1 2

Z_XIN

Z_XOUT

Z_XREST

Z_CURRSET1

Z_CURRSET0

12

ZR3

2.49KOhm

1%

Z_TPBIAS1 Z_TPA1+_R Z_TPA1-_R

Z_TPB1+_R

Z_TPB1-_R Z_TPBIAS0 Z_TPA0+_R Z_TPA0-_R

Z_TPB0+_RK_AD25

Z_TPB0-_RK_AD26

C.D: ZR9 402K



392K

Z_XCPS

Power class 0 -> PC2 pull down

GND

Z_SDA

Z_SCL

ZR1 for crystal oscillator stability

Z_XOUT_R

ZC12

ZC12 24PF/50V

24PF/50V

NPO

ZR9

1 2

392KOhm 1%

GND

3

ZX1

1 2

GND

3

24.576Mhz

ZC13

ZC13 24PF/50V

24PF/50V

NPO

GND

ZR2 510KOhmZR2 510KOhm

1 2

ZC14 0.1UF/16V

12

mb_c0402

Can be change to +Z_1394P0_12V for some function

+Z_1394P0_12V

+3V

34

ZRN3B

8.2KOhm

mb_4r8p0402

GND

+3V

Change ZR23 for 0ohm to short

12

ZRN3A

8.2KOhm

mb_4r8p0402

+3V

3.3V-100K

ZU2

1 2 3 4

A0

VCC

A1

WP

A2

SCL

GND

SDA

AT24C02BN

8 7 6 5

GND

12

ZC4

0.1UF/16V

mb_c0402

Z_TPA1+{38}

Z_TPA1-{38}

Z_TPB1+{38}

Z_TPB1-{38}

Z_TPA0+{25}

Z_TPA0-{25}

Z_TPB0+{25}

Z_TPB0-{25}

5 6

8.2KOhm

mb_4r8p0402

7 8

8.2KOhm

mb_4r8p0402

ZRN3C

ZRN3D

2

12

ZC6

0.1UF/16V

mb_c0402

3 4

0Ohm

1 2

0Ohm

7 8

0Ohm

5 6

0Ohm

14

7 8

0Ohm

5 6

0Ohm

3 4

0Ohm

1 2

0Ohm

14

ZRNX1B

ZRNX1A

ZRNX1D

ZRNX1C

23

ZL4

360Ohm/100MHz

/X/VT6308

23

ZL5

360Ohm/100MHz

/X/VT6308

ZRNX2D

ZRNX2C

ZRNX2B

ZRNX2A

23

ZL6

ZL6 360Ohm/100MHz

360Ohm/100MHz

/X/VT6308

23

ZL7

360Ohm/100MHz

/X/VT6308

12

ZC8

0.1UF/16V

mb_c0402

Z_TPA1+_R

Z_TPA1-_R

Z_TPB1+_R

Z_TPB1-_R

12

ZR4

56.2Ohm

1%

ZR8

4.99KOhm

1%

1 2

Z_TPA0+_R

Z_TPA0-_R

Z_TPB0+_R

Z_TPB0-_R

12

ZR11

56.2Ohm

1%

Z_TPB0+_C

ZR16

4.99KOhm

1%

1 2

12

ZR5

56.2Ohm

1%

12

ZC15

220PF/50V

NPO

GND GND

12

ZR12

56.2Ohm

1%

12

ZC18

220PF/50V

Standard Circuit

1

FW322

/X/322

1394

REV.

FW322

Z_0.2A_beta

12

ZR6

56.2Ohm

1%

12

ZC16

ZC16 1UF/10V

1UF/10V

/X/322

12

ZR13

56.2Ohm

1%

12

ZC19

ZC19 1UF/10V

1UF/10V

/X/322

1

ZC10

0.1UF/16V

mb_c0402

0.2A Beta

+3V

GND

12

ZR7

56.2Ohm

1%

Z_TPBIAS1Z_TPB1+_C

12

ZC17

0.33UF/10V

X5R

12

ZR14

56.2Ohm

1%

Z_TPBIAS0

12

ZC20

0.33UF/10V

X5RNPO

GNDGND

FW322-1

Title :

Engineer:

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

5

4

3

2

Date: Sheet of

Engineer:

P5E-VM DO

1

Makishin Huang

37 70Friday, March 28, 2008

Rev

0.2A

5

4

3

2

1

0.2A Beta

D D

*



1394_2

* Color = Red

Header

+Z_1394P1_12V

IE1394_2

GND

1 3 4 5 6 7 8

HEADER_2X5P_K9

ZD2

21

SS14

Z_TPA1+{37}

Z_TPB1+{37}

C C

B B

+12V +Z_1394P0_12V

ZF1

1 2

1.5A/15V

+Z_12V_F1 +Z_12V_D1

ZD1

SS14

ZL2

21

70Ohm/100Mhz

12

ZC21

0.1UF/16V

/322

ZF2

1 2

1.5A/15V

+Z_1394P1_12V

2

10

GND

ZL3

+Z_12V_D2+Z_12V_F2

ZL3

21

70Ohm/100Mhz

+Z_1394P1_12V+12V

Z_TPA1- {37}

Z_TPB1- {37}

12

ZC22

0.1UF/16V

/322

GND

A A

FW322-2

Title :

Engineer:

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

5

4

3

2

Date: Sheet of

Engineer:

P5E-VM DO

1

Makishin Huang

38 70Friday, March 28, 2008

Rev

0.2A

5

4

3

2

1

0.2A Beta

󰟒

Black

D D

C C

T_SATA_TXP0{33}

T_SATA_TXN0{33}

T_SATA_RXN0{33}

T_SATA_RXP0{33}

T_SATA_TXP1{33}

T_SATA_TXN1{33}

T_SATA_RXN1{33}

T_SATA_RXP1{33}

T_SATA_TXP2{33}

T_SATA_TXN2{33}

T_SATA_RXN2{33}

T_SATA_RXP2{33}

󰟒

RED

TCX9 0.01UF/50V

TCX11 0.01UF/50V

TCX13 0.01UF/50V

TCX15 0.01UF/50V

TCX10 0.01UF/50V

TCX12 0.01UF/50V

TCX14 0.01UF/50V

TCX16 0.01UF/50V

TCX41 0.01UF/50V

TCX42 0.01UF/50V

TCX43 0.01UF/50V

TCX44 0.01UF/50V

12

mb_c0402

T_SATA_TXP0_C

T_SATA_TXN0_C

T_SATA_RXN0_C

T_SATA_RXP0_C

T_SATA_TXP1_C

T_SATA_TXN1_C

T_SATA_RXN1_C

T_SATA_RXP1_C

T_SATA_TXP2_C

T_SATA_TXN2_C

T_SATA_RXN2_C

T_SATA_RXP2_C

GND

SATA1

1

GND1

2

A+

3

A-

4

GND2

5

B-

6

B+

7

GND3

SATA_CON_7P

SATA2

1

GND1

2

A+

3

A-

4

GND2

5

B-

6

B+

7

GND3

SATA_CON_7P

SATA5

1

GND1

2

A+

3

A-

4

GND2

5

B-

6

B+

7

GND3

SATA_CON_7P

NC1

NC2

NC1

NC2

NC1

NC2

8

9

8

9

8

9

1

Connector

2

Masterr Slave

Chipset



󰟒󰒏󰗨󰔸󰀶

ChipsetMaster & Slave,

󰟒󰒏󰗨󰔸

󰟒󰒏󰗨󰔸󰀶

Master & Slave,

.

Connector

SATA6

GND

SATA6

1

GND1

2

A+

3

A-

4

GND2

5

B-

6

B+

7

GND3

SATA_CON_7P

SATA3

1

GND1

2

A+

3

A-

4

GND2

5

B-

6

B+

7

GND3

SATA_CON_7P

SATA4

1

GND1

2

A+

3

A-

4

GND2

5

B-

6

B+

7

GND3

SATA_CON_7P

8

NC1

9

NC2

8

NC1

9

NC2

Standard Circuit

1

SATA_Connector

SATA

SATA_Connector

8

NC1

9

NC2

2

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

P5E-VM DO

SATA

REV.

SATA_CONNECTOR

Title :

Engineer:

1

T_0.2A BETA

SATA_Connector

David Yao

39 70Friday, March 28, 2008

Rev

0.2A

TCX45 0.01UF/50V

T_SATA_TXP3{33}

T_SATA_TXN3{33}

T_SATA_RXN3{33}

B B

A A

5

4

T_SATA_RXP3{33}

T_SATA_TXP4{33}

T_SATA_TXN4{33}

T_SATA_RXN4{33}

T_SATA_RXP4{33}

T_SATA_TXP5{33}

T_SATA_TXN5{33}

T_SATA_RXN5{33}

T_SATA_RXP5{33}

TCX45 0.01UF/50V

TCX46 0.01UF/50V

TCX47 0.01UF/50V

TCX48 0.01UF/50V

TCX33 0.01UF/50V

TCX35 0.01UF/50V

TCX37 0.01UF/50V

TCX39 0.01UF/50V

TCX34 0.01UF/50V

TCX36 0.01UF/50V

TCX38 0.01UF/50V

TCX40 0.01UF/50V

3

12

mb_c0402

T_SATA_TXP3_C

T_SATA_TXN3_C

T_SATA_RXN3_C

T_SATA_RXP3_C

T_SATA_TXP4_C

T_SATA_TXN4_C

T_SATA_RXN4_C

T_SATA_RXP4_C

T_SATA_TXP5_C

T_SATA_TXN5_C

T_SATA_RXN5_C

T_SATA_RXP5_C

5

+3V

+T1_1.8V

4

+T1_1.8V

3

2

1

12

IC2

0.1UF/25V

/IU

D D

GND

12

IC3

0.1UF/25V

/IU

CLOSE TO PIN 22 ,39 CLOSE TO PIN 4

R1.01:



IC1 & IC8

C C

C_PCIE_R1#{7}

Near Chipset

T1CX14 0.1UF/16V

X_T1X1_TXP{32}

X_T1X1_TXN{32}

X_T1X1_RXN{32}

X_T1X1_RXP{32}

1 2

mb_c0402

1 2

mb_c0402

1 2

GND

T1CX15 0.1UF/16V

T1CX13 0.1UF/16V

T1CX12 0.1UF/16V

IR3

8.2KOhm

/IU

X_T1X1_TXP_C

X_T1X1_TXN_C

X_T1X1_RXN_C

X_T1X1_RXP_C

I_REXT

12

IC4

10UF/6.3V

/IU

CLOSE TO PIN 32

I_REXT IDE_PDCS1#_R

GND

12

IC5

0.1UF/25V

/IU

GND

CLOSE TO PIN 9

S_PLTRST#{17,30,34,49,51}

+3V

IDE_PDD15

IDE_PDD0

44

38

40

42

43

39

GND341GND2

XRSTn

ZIDD0A

DV33_2

ZIDD14A

IDE_PDD10

IDE_PDD5

IDE_PDD4

IDE_PDD9

IDE_PDD11

10 11 12

1 2 3 4 5 6 7 8 9

TIU1

DGND APCLKN APCLKP APV18_1 APG18_1 APREXT APRXP APRXN APV18_2 APG18_2 APTXN APTXP

IDE_PDD12

IDE_PDD13

IDE_PDD14

IDE_PDD1

IDE_PDD2

48

46

47

45

ZIDD2A

ZIDD1A

ZIDD12A

ZIDD13A

GND113NC14ZIDD7A15ZIDD8A16ZIDD6A17ZIDD9A18ZIDD5A19ZIDD10A20ZIDD4A21DV33_122ZIDD11A23ZIDD3A

IDE_PDD7

IDE_PDD6

IDE_PDD8

B B

+T1_1.8V

Io=0.5A

+3V

12

T1PC1

0.1UF/16V

mb_c0402

A A

GND GND

T1PQ1

1

ADJ/GND

2

OUT

3

IN

GS1117AXF

P_1.8VSATA_ADJ_10

12

T1PC2

0.1UF/16V

mb_c0402

mb_c0402 /X/JMB363

/X/JMB363

GND GND

Vout

4

1 2

Vout=Vref*(1+T1PR2/T1PR1)=1.25*(1+56.2/120)=1.835V

T1PR1

T1PR1 120Ohm

120Ohm

T1PR2

56.2Ohm

+T1_1.8V

12

IDE_PDDREQ

37

ZIDD15A

YIDMACKnA

XIDMARQA

XIIORDYA YIDIORnA

YIDIOWnA

DV18 XINTRQA XICBLIDA

YIDA1A YIDA0A

YIDA2A YICS0nA YICS1nA

JMB368-LGGZ0A /IU

24

+3V

IDE_PDD3

12

+

T1PCE1

T1PCE1 330uF/6.3V

330uF/6.3V

EL CAP

IC7

0.1UF/25V

/IU

36 35 34 33 32 31 30 29 28 27 26 25

IDE_PDD8 IDE_PDD7 IDE_PDD9 IDE_PDD6

IDE_PDD10 IDE_PDD5 IDE_PDD11 IDE_PDD4

IDE_PDD12 IDE_PDD3 IDE_PDD13 IDE_PDD2

IDE_PDA2 IDE_PDA1 IDE_PDA0 IDE_PDCS1#

IDE_PDDREQ

IDE_IRQ14

IDE_PDIOW#

IDE_PDIOR#

IDE_PDDACK#

IDE_PDCS0#

IDE_PDD7

12

IC10

1000PF/50V

/IU

IDE_PDD14 IDE_PDD1 IDE_PDD15 IDE_PDD0

IDE_PIORDY

IRN1C

5 6 7 8 1 2 3 4

IRN1C

33OHM

IRN1D

33OHM

IRN1A

33OHM

IRN1B

33OHM

IRN2C

5 6 7 8 1 2 3 4

33OHM

33OHM 33OHM

33OHM

5 6 7 8 1 2 3 4

3 4 7 8 5 6 1 2

IRN2C

33OHM

IRN2D

33OHM

IRN2A

33OHM

IRN2B

33OHM

IRN3C

IRN3C IRN3D

IRN3D IRN3A

IRN3A IRN3B

IRN3B

IRN4C

33OHM

IRN4D

33OHM

IRN4A

33OHM

IRN4B

33OHM

IRN5B

33OHM

IRN5D

33OHM

IRN5C

33OHM

IRN5A

33OHM

IR1 4.7KOhm /IUIR1 4.7KOhm /IU

1 2

IR2 82Ohm /IUIR2 82Ohm /IU

1 2

IR5 5.6KOhm /IU1%IR5 5.6KOhm /IU1%

12

IR6 82Ohm /IUIR6 82Ohm /IU

1 2

IR7 10KOhm 1% /IUIR7 10KOhm 1% /IU

12

IR8 82Ohm /IUIR8 82Ohm /IU

1 2

IR9 22OHM /IUIR9 22OHM /IU

1 2

IR10 22OHM /IUIR10 22OHM /IU

1 2

IR11 22OHM /IUIR11 22OHM /IU

1 2

IR12 33Ohm /IUIR12 33Ohm /IU

1 2

IR13 10KOhm 1% /IUIR13 10KOhm 1% /IU

12

IDE_PDD8_R IDE_PDD7_R IDE_PDD9_R IDE_PDD6_R

IDE_PDD10_R IDE_PDD5_R IDE_PDD11_R IDE_PDD4_R

IDE_PDD12_R IDE_PDD3_R IDE_PDD13_R IDE_PDD2_R

IDE_PDD14_R IDE_PDD1_R IDE_PDD15_R IDE_PDD0_R

IDE_PDA1_R IDE_PDA0_R

+3V

IDE_PDDREQ_R

IDE_IRQ14_RIDE_IRQ14

IDE_PDIOW#_R

IDE_PDIOR#_R

IDE_PDDACK#_R

IDE_PDCS0#_R

GND

RST#_IDE{51}C_PCIE_R1{7}

IDE_PDDREQ_R IDE_PDIOW#_R IDE_PDIOR#_R IDE_PIORDY_R IDE_PDDACK#_R IDE_IRQ14_R IDE_PDA1_R IDE_PDA0_R IDE_PDCS0#_R

I_IDEACTS#{59}

I_PATALED#

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

12

IC9

0.1UF/25V

/IU

GND

+T1_1.8V

IDE_PDDACK# IDE_PIORDY IDE_PDIOR# IDE_PDA2_R IDE_PDIOW#

IDE_IRQ14 P66DETECT IDE_PDA1 IDE_PDD3_R IDE_PDA0 IDE_PDA2 IDE_PDCS0# IDE_PDCS1#



Color : RED

)PRI_IDE

(

IDE

PRI_EIDE

RST#_IDE

IDE_PDD6_R IDE_PDD5_R IDE_PDD4_R

IDE_PDD2_R IDE_PDD1_R IDE_PDD0_R

ST connector PN:12G07120040K (Blue) R/A connector PN:12G07110040K (Blue) R/A connector PN:12G07110040N (Red)

PRI_EIDE

1 3 4 5 6 7 8 91110

13 14

17 18 19 21 23 25 27 29 31 33 35 37

HEADER_2X20P

GND

IDE_CSELA

P5E-VM DO

2

12

1615

22 24 26 28 30 32 34 36 38 4039

GND

IR4 0Ohm /IUIR4 0Ohm /IU

12

Title :

Engineer:

<Title>

IDE_PDD8_RIDE_PDD7_R IDE_PDD9_R IDE_PDD10_R IDE_PDD11_R IDE_PDD12_R IDE_PDD13_R IDE_PDD14_R IDE_PDD15_R

IDE_CSELAIDE_PIORDY_R

P66DETECT IDE_PDA2_R

IDE_PDCS1#_R

GND

Regin_Chiang

40 70Friday, March 28, 2008

Rev

1.00

5

AR1 22OHMAR1 22OHM

A_Z_SDIN0{34}

A_Z_SDOUT{34} A_Z_SYNC{34} A_Z_RST#{34}

A_Z_BITCLK{34,69}

D D

A_PCBEEP{59}

12

GND

3 4 5 6 7 8

AC40

AC40 1PF/50V

1PF/50V

NPO

/X

c0402

22Ohm

22Ohm 22Ohm

22Ohm

1 2

AR23 22OHMAR23 22OHM

󰓟SB󰝎

1 2

AR2 47KOhmAR2 47KOhm

ARN3B

ARN3B ARN3C

ARN3C ARN3D

ARN3D

1 2

A_PCBEEP_R

1 2

A_GND

A_SPDIFO{42}

AC41 0.1UF/25VAC41 0.1UF/25V

12

C C

B B

A A

AC18 0.1UF/25VAC18 0.1UF/25V

12

AC19 0.1UF/25VAC19 0.1UF/25V

12

AC24 0.1UF/25VAC24 0.1UF/25V

12

A_GND

Standard Circuit

1

AUDIO

REV.

ALC888 /X/ALC888

For 8-Channel ,



6-Channel

󰒏

.

GND

ALC888

A_0.1C Beta

5

A_CD_L{42} A_CD_GND{42} A_CD_R{42}

A_JD_LOUT{42}

A_JD_LINE{42}

A_JD_MIC1{42}

A_JD_SURB{42}

A_JD_SUR{42}

A_JD_CNL{42}

A_JD_FRONT{42}

+3V

12

AC16

0.1UF/16V

GND

+5VA

12

AC12

0.1UF/16V

A_GND

+5VA

AR22 8.2KOhmAR22 8.2KOhm

12

AC22

0.1UF/16V

A_GND

AR4 20KOhmAR4 20KOhm

A_GND

AR8 5.1KOhmAR8 5.1KOhm

1 2

AR9 10KOhmAR9 10KOhm

1 2

AR10 20KOhmAR10 20KOhm

AR7 39.2KOhm /CH8/ALC888AR7 39.2KOhm /CH8/ALC888

AR11 5.1KOhm /CH8/ALC888AR11 5.1KOhm /CH8/ALC888

AR12 10KOhm /CH8/ALC888AR12 10KOhm /CH8/ALC888

12

1 2

AR3

4.7KOhm

12

AC17

0.1UF/16V

12

AC13

0.1UF/16V

12

AC23

AC23 10UF/10V

10UF/10V

12

4

1 2

12

AC5 1UF/10VAC5 1UF/10V

A_JDREF

A_SENSEA

4

A_Z_SDIN0_R

A_Z_SDOUT_R A_Z_SYNC_R A_Z_RST#_R

A_Z_BITCLK_R

22Ohm

A_PCBEEP_C

A_VAUX

A_VREF

ARN3A

AU1

8

SDATA_IN

5

SDATA_OUT

10

SYNC

11

RESET#

6

BCLK

12

PCBEEP

48

SPDIFO

1

DVDD

9

DVDD_IO

38

AVDD2

25

AVDD1

18

CD_L

19

CD_GND

20

CD_R

33

NC

27

VREF

40

JDREF

13

SenseA

34

SenseB

2

GPIO0/DMIC_CLK

3

GPIO1/DMIC_DATA

47

SPDIFI/EAPD

ALC888_GR

3

AC1

LINE1_L

LINE1_R

HDA Link

LINE1_VREFO

FRONT_L

FRONT_R

MIC1_L

MIC1_R

MIC1_VREFO_L

Back PanelFront Panel

MIC1_VREFO_R

SIDE_L

SIDE_R

CENTER

CD IN

SURR_L

SURR_R

LINE2_L

LINE2_R

LINE2_VREFO

MIC2_L

MIC2_R

MIC2_VREFO

AVSS1

AVSS2

DVSS1

DVSS2

4

7

PIN37_VREFO

37

26

42

A_GNDGND

3

A_LINE_R_C

24

29

A_LOUT_L_C

35

A_LOUT_R_C

36

A_MIC1_L_C

21

22

A_BIAS_MIC1_L

28

A_BIAS_MIC1_R

32

A_SUR_L_C

45

A_SUR_R_C

46

A_CEN_C

43

A_LFE_C

44

LFE

A_SURB_L_C

39

A_SURB_R_C

41

ACE9 330uF/6.3V

A_LINE2_L_C A_LINE2_L_L

14

15

31

16

17

30

ACE10 330uF/6.3V

A_BIAS_LINE2

ACE11 330uF/6.3V

A_MIC2_L_C

ACE12 330uF/6.3V

A_MIC2_R_C

A_BIAS_MIC2

A_LINE_L_C

23

AC1

AC2

ACE1 330uF/6.3V

+

1 2

ACE2 330uF/6.3V

+

1 2

2.7KOHM

3 4

2.7KOHM

AC8

AC9

7 8

2.7KOHM

5 6

2.7KOHM

ACE3

10UF/25V

/CH8/ALC888

10UF/25V

/CH8/ALC888

ACE4

ACE5

10UF/25V

/CH8/ALC888

10UF/25V

/CH8/ALC888

ACE6

ACE7

10UF/25V

/CH8/ALC888

10UF/25V

/CH8/ALC888

ACE8

For 8-Channel ,



6-Channel

󰒏󰕋

+

1 2

+

1 2

AD1 BAW56WAD1 BAW56W

3

+

1 2

+

1 2

AD2 BAW56WAD2 BAW56W

3

12

2

1

2

1

4.7UF/6.3V

X5R

4.7UF/6.3V

X5R

ARN1A

ARN1A ARN1B

ARN1B

4.7UF/6.3V

X5R

4.7UF/6.3V

X5R

2

A_LOUT_L_L

A_LOUT_R_L

ARN1D

ARN1C

A_SUR_L_L

A_SUR_R_L

A_CEN_L

A_LFE_L

A_SURB_L_L

A_SURB_R_L

.

A_LINE2_L_R

A_LINE2_R_RA_LINE2_R_C

A_BIAS_LINE2_L

A_BIAS_LINE2_R

A_BIAS_MIC2_L

A_BIAS_MIC2_R

2

A_LINE_L_L

A_LINE_R_L

A_MIC1_L_L

A_MIC1_R_LA_MIC1_R_C

AR5 68OhmAR5 68Ohm

AR6 68OhmAR6 68Ohm

AL7

AL8

AL9

AL10

AL11

AL12

1 2

2.7KOHM

3 4

2.7KOHM

A_MIC2_L_L

A_MIC2_R_L

5 6

2.7KOHM

7 8

2.7KOHM

1

AL1

120Ohm/100Mhz

21

120Ohm/100Mhz

21

120Ohm/100Mhz

21

120Ohm/100Mhz

21

120Ohm/100Mhz

21

120Ohm/100Mhz

21

12

AL2

AL3

AL4

AL5

AL6

120Ohm/100Mhz

21

/CH8/ALC888

120Ohm/100Mhz

21

/CH8/ALC888

120Ohm/100Mhz

21

/CH8/ALC888

120Ohm/100Mhz

21

/CH8/ALC888

120Ohm/100Mhz

21

/CH8/ALC888

120Ohm/100Mhz

21

/CH8/ALC888

A_LINE2_R_L

ARN2A

ARN2B

ARN2C

ARN2D

P5K

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

12

AC3

AC3 100PF/50V

100PF/50V

/X/ALC888

AC6

AC6 100PF/50V

100PF/50V

NPO

AC10

AC10 100PF/50V

100PF/50V

NPO /X/ALC888

/X/ALC888

AC14

AC14 100PF/50V

100PF/50V

NPO /CH8/ALC888

/CH8/ALC888

AC20

AC20 100PF/50V

100PF/50V

NPO NPO /CH8/ALC888

/CH8/ALC888

AC25

AC25 100PF/50V

100PF/50V

NPO /CH8/ALC888

/CH8/ALC888

AL13

AL14

AL15

AL16

AC4

AC4 100PF/50V

100PF/50V

NPONPO /X/ALC888

/X/ALC888

A_GND

12

AC7

AC7 100PF/50V

100PF/50V

NPO

A_GND

12

AC11

AC11 100PF/50V

100PF/50V

NPO /X/ALC888

/X/ALC888

A_GND

12

AC15

AC15 100PF/50V

100PF/50V

NPO /X/CH8/ALC888

/X/CH8/ALC888

A_GND

12

AC21

AC21 100PF/50V

100PF/50V

/CH8/ALC888

A_GND

12

AC26

AC26 100PF/50V

100PF/50V

NPO /CH8/ALC888

/CH8/ALC888

A_GND

120Ohm/100Mhz

21

120Ohm/100Mhz

21

12

AC27

AC27 100PF/50V

100PF/50V

NPO

120Ohm/100Mhz

21

120Ohm/100Mhz

21

12

AC29

AC29 100PF/50V

100PF/50V

NPO

P5E-VM DO

Title :

Engineer:

0.1C Beta

A_LINE_L {42}

A_LINE_R {42}

A_LOUT_L {42}

A_LOUT_R {42}

A_MIC1_L {42}

A_MIC1_R {42}

A_SUR_L {42}

A_SUR_R {42}

A_CEN {42}

A_LFE {42}

A_SURB_L {42}

A_SURB_R {42}

12

AC28

AC28 100PF/50V

100PF/50V

NPO

A_GND

12

AC30

AC30 100PF/50V

100PF/50V

NPO

A_GND

RealTek ALC888

Oldy Chu

1

A_LINE2_L {42}

A_LINE2_R {42}

A_MIC2_L {42}

A_MIC2_R {42}

41 70Friday, March 28, 2008

Rev

0.1C

Back Panel 8 Channel

5

AUDIO

4

3

2

1

0.1C Beta

Connector

PORT3

27 28

29 30

PORT3

10 11 12 13

PORT2

6 7 8 9

PORT1

2 3 4 5 1

PHONE_JACK_26P

/CH8/ALC888

A_CGND

A_GND

A_LINE_L {41}

A_JD_LINE {41}

A_LINE_R {41}

A_LOUT_L {41}

A_JD_LOUT {41}

A_LOUT_R {41}

A_MIC1_L {41}

A_JD_MIC1 {41}

A_MIC1_R {41}

PORT6

A_CEN{41}

A_JD_CNL{41}

D D

󰕋

󰀶



C C

A_LFE{41}

A_SURB_L{41}

A_JD_SURB{41}

A_SURB_R{41}

A_SUR_L{41}

A_JD_SUR{41}

A_SUR_R{41}

󰞕

󰋙



23 24 25 26

PORT5

19 20 21 22

PORT4

15 16 17 18 14

SPDIF OUT (Header)

A_SPDIFO{41}

AR19

2.7KOhm

/X/ALC888

1 2

GND

3

Front Panel

CD IN

AAFP

1

A_MIC2_L{41} A_MIC2_R{41} A_LINE2_R{41}

A_JD_FRONT{41}

A_LINE2_L{41}

A_GND

12

1 2

AC34

0.1UF/25V

AC32

0.1UF/25V

/X/ALC888

A_GND

A_CD_GND{41}

A_CGND

3 4 5 6 7 9 10

HEADER_2X5P_K8

󰟒

: Green

A_CD_GND_C

12

AC33

0.1UF/25V

2

A_JD_MIC2

A_JD_LINE2

AR14

AR13

39.2KOhm

1 2

CD

2 3

WAFER_HD_4P

󰟒

: Black

2

AR14 20KOhm

20KOhm

1 2

A_CD_L_C

1

A_CD_R_C

4

P5K

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

Date: Sheet

B B

Audio Codec New Solution for Vista !!

APR1

APR3

1MOhm

4

1 2

APU1

4

Vout

GS1117AXF

1 2

APR1 100Ohm

100Ohm

ADJ/GND

APR2

316Ohm

OUT

IN

P_5VA_ADJ_10

1 2 3

12

APC2

0.1UF/16V

Close to Pin3

GND

+12V

Date : 8/2/2006

+5VSB

3

APD1

APD1 BAT54AW

BAT54AW

A A

+5VA

2

1

12

APC1

0.1UF/16V

3 2

3

APQ1

APQ1 AP2306GN

AP2306GN

D

G

1

12

APC3

0.1UF/16V

X7R

S

P_5VA_VOUT_S

2

P_5VA_GATE_10

12

+

APCE1

APCE1 330uF/6.3V

330uF/6.3V

A_GND

1 2

Vout=Vref*(1+APR2/APR1)=1.25*(1+316/100)=5.2V

A_GND

5

GND

A_GND

AC31 0.1UF/25VAC31 0.1UF/25V

12

AC35 0.1UF/25VAC35 0.1UF/25V

12

+5V

12

AC39

AC39 100PF/50V

100PF/50V

mb_c0603

NPO

GND



PinAAFP

󰍢

8.2K OHM+3V.

Title :

Engineer:

P5E-VM DO

SPDIF_OUT

1

3 4

HEADER_1X4P_K2

Black

A_FP_PRES# {34}

SIOGPI



SIO󰋅Pull-high

A_CD_L {41}

A_CD_R {41}

Audio Connector

Oldy Chu

42 70Friday, March 28, 2008

1

,

Rev

0.1C

of

5

4

3

2

1

0.2A Beta

ULX1

ULX1 90Ohm/100MHz

90Ohm/100MHz

/X/USB

D D

1 2

U_USB0-{32} U_USB1+{32} U_USB1-{32}

U_USBOC#01{32}

3 4 5 6 7 8

Connect to Chipset

Short directly if X-series

C C

U_USB2+{32} U_USB2-{32} U_USB3+{32} U_USB3-{32}

U_USBOC#23{32}

5 6 7 8 1 2 3 4

B B

U_USB4+{32} U_USB4-{32} U_USB5+{32}

U_USBOC#45{32}

1 2 3 4 5 6 7 8

/X/USB

1 4

2 3

ULX2

ULX2 90Ohm/100MHz

90Ohm/100MHz

/X/USB

1 4

2 3

URNX1A

0Ohm

0Ohm 0Ohm

0Ohm

URNX1A URNX1B

URNX1B URNX1C

URNX1C URNX1D

URNX1D

U_USB0+_R {25,45}U_USB0+{32} U_USB0-_R {25,45} U_USB1+_R {25,45} U_USB1-_R {25,45}

Connect to Back I/O

ULX3

ULX3 90Ohm/100MHz

90Ohm/100MHz

/X/USB

1 4

2 3

ULX4

ULX4 90Ohm/100MHz

90Ohm/100MHz

/X/USB

1 4

2 3

URNX2C

0Ohm

URNX2D

0Ohm

URNX2A

0Ohm

URNX2B

0Ohm

ULX5

ULX5 90Ohm/100MHz

90Ohm/100MHz

/X/USB

1 4

2 3

ULX6

ULX6 90Ohm/100MHz

90Ohm/100MHz

/X/USB

1 4

2 3

URNX3A

0Ohm

URNX3B

0Ohm

URNX3C

0Ohm

URNX3D

0Ohm

U_USB2+_R {25,45} U_USB2-_R {25,45} U_USB3+_R {25,45} U_USB3-_R {25,45}

U_USB4+_R {45,48} U_USB4-_R {45,48} U_USB5+_R {45,48} U_USB5-_R {45,48}U_USB5-{32}

+5V_DUAL_USBKB

UF1

1 2

1.6A/6V

UF2

1 2

1.6A/6V

UF3

1 2

1.6A/6V

+U_USB01_5V_F

+U_USB23_5V_F

+U_USB45_5V_F

UL1

UL1 70Ohm/100Mhz

70Ohm/100Mhz

5 6

4.7KOHM

mb_4r8p0402

5 6

8.2KOhm

UL2

UL2 70Ohm/100Mhz

70Ohm/100Mhz

3 4

4.7KOHM

mb_4r8p0402

3 4

8.2KOhm

UL3

UL3 70Ohm/100Mhz

70Ohm/100Mhz

7 8

4.7KOHM

mb_4r8p0402

7 8

8.2KOhm

+U_USB01_5V_L

21

URN1C

URN2C

+U_USB23_5V_L

21

URN1B

URN2B

+U_USB45_5V_L

21

URN1D

URN2D

+U_USB67_5V_L

GND

12

+

UCE2

820UF/6.3V

GND

12

+

UCE3

820UF/6.3V

GND

12

+

UCE4

820UF/6.3V

GND

Regin

/X

Regin

/X

Regin

/X

󰇤󰇤󰇤󰇤

Regin

󰇤󰇤󰇤󰇤

ULX7

ULX7 90Ohm/100MHz

90Ohm/100MHz

/X/USB

1 4

2 3

ULX8

ULX8 90Ohm/100MHz

90Ohm/100MHz

/X/USB

A A

U_USB6+{32} U_USB6-{32} U_USB7+{32} U_USB7-{32}

U_USBOC#67{32}

1 2 3 4 5 6 7 8

/X/USB

1 4

2 3

URNX4A

0Ohm

0Ohm 0Ohm

0Ohm

URNX4B

URNX4B URNX4C

URNX4C URNX4D

URNX4D

U_USB6+_R {45,48} U_USB6-_R {45,48} U_USB7+_R {45,48} U_USB7-_R {45,48}

+5V_DUAL_USBKB

UF4

1 2

1.6A/6V

+U_USB67_5V_F

UL4

UL4 70Ohm/100Mhz

70Ohm/100Mhz

1 2

4.7KOHM

mb_4r8p0402

1 2

8.2KOhm

21

URN1A

URN2A

GND

12

+

UCE1

820UF/6.3V

/X

GND

USB_DUAL,Port1~8(OC)

Title :

Engineer:

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

P5E-VM DO

Engineer:

Nick Kao

43 70Friday, March 28, 2008

Rev

0.2A

5

If there are unused USB ports,you need check with

D D

C C

the chipset vendor.It may need to have a pull down resistor on the unused USB port. And pull up USBOC# to +5VSB.

U_USB8+{32} U_USB8-{32} U_USB9+{32} U_USB9-{32}

U_USBOC#89{32}

C.2

1 4

1 2

0Ohm

3 4

0Ohm

5 6

0Ohm

7 8

0Ohm

4

ULX9

ULX9 90Ohm/100MHz

90Ohm/100MHz

/X/USB

2 3

ULX10

ULX10 90Ohm/100MHz

90Ohm/100MHz

/X/USB

2 3

URNX5A

URNX5A URNX5B

URNX5B URNX5C

URNX5C URNX5D

URNX5D

3

U_USB8+_R {46,48} U_USB8-_R {46,48} U_USB9+_R {46,48} U_USB9-_R {46,48}

+5V_DUAL_USBKB

UF5

1 2

1.6A/6V

+U_USB89_5V_F

2

+U_USB89_5V_L

UL5

UL5 70Ohm/100Mhz

70Ohm/100Mhz

21

12

+

UCE6

820UF/6.3V

/X

GND

1 2

5 6

4.7KOHM

7 8

4.7KOHM

Regin

4.7KOHM

mb_4r8p0402

8.2KOhm

1

󰇤󰇤󰇤󰇤

URN3A

URN4A

URN3C

URN3C URN3D

URN3D

0.2A Beta

GND

mb_4r8p0402

mb_4r8p0402 mb_4r8p0402

mb_4r8p0402

URN4C

5 6

8.2KOhm

7 8

8.2KOhm

12

+

UCE5

820UF/6.3V

GND

3 4

8.2KOhm

Regin

/X

4.7KOHM

mb_4r8p0402

8.2KOhm

If there are unused USB ports,you need check with the chipset vendor.It may need to have a pull down resistor on the unused USB port. And pull up USBOC# to +5VSB.

+U_USB1011_5V_L

B B

ULX11

ULX11 90Ohm/100MHz

90Ohm/100MHz

/X/USB

1 4

2 3

ULX12

ULX12 90Ohm/100MHz

90Ohm/100MHz

/X/USB

1 4

2 3

URNX6A

0Ohm

0Ohm 0Ohm

0Ohm

URNX6A URNX6B

URNX6B URNX6C

URNX6C URNX6D

URNX6D

U_USB10+_R {46,48}U_USB10+{32} U_USB10-_R {46,48} U_USB11+_R {46,48} U_USB11-_R {46,48}

1 2

U_USB10-{32} U_USB11+{32} U_USB11-{32}

U_USBOC#1011{32}

3 4 5 6 7 8

+5V_DUAL_USBKB

UF6

1 2

1.6A/6V

+U_USB1011_5V_F

UL6

UL6 70Ohm/100Mhz

70Ohm/100Mhz

21

URN4C URN4D

URN4D

󰇤󰇤󰇤󰇤

URN3B

URN4B

mb_4r8p0402

GND

A A

USB_DUAL,Port9~12(OC)

Title :

Engineer:

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

P5E-VM DO

Engineer:

Nick Kao

44 70Friday, March 28, 2008

Rev

0.2A

5

4

3

2

1

0.2A Beta

Back I/O USB ESD Protection (IP4220CZ6 or BAV99) Port 1~4



BAV99



IP4220CZ6

󰍢󰋆

Review

󰂁

UD1



BAV99

1

2

3 4

IP4220CZ6

/X/USB

UD2

1

2

3 4

IP4220CZ6

/X/USB



IP4220CZ6

UD9

1

2

3 4

IP4220CZ6

/USB

D D

C C

U_USB0+_R{25,43}

GND

U_USB3+_R{25,43} U_USB3-_R {25,43}

E.1

Back I/O USB ESD Protection (IP4220CZ6 or BAV99) Port 5~8

U_USB4+_R{43,48}

B B

GND

󰍢󰋆

6

5

6

5

Review

6

5

U_USB0-_R {25,43}

+U_USB01_5V_L

U_USB1-_R {25,43}U_USB1+_R{25,43}

U_USB2-_R {25,43}U_USB2+_R{25,43}

+U_USB23_5V_L

󰂁

U_USB4-_R {43,48}

+U_USB01_5V_L

U_USB5-_R {43,48}U_USB5+_R{43,48}

UD10

U_USB6+_R{43,48}

GND

U_USB7+_R{43,48}

E.1

A A

5

1

2

3 4

IP4220CZ6

/USB

6

5

4

U_USB6-_R {43,48}

+U_USB23_5V_L

U_USB7-_R {43,48}

USB_DUAL,Port 1~8 (ESD)

Title :

Engineer:

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

3

2

Date: Sheet of

P5E-VM DO

Engineer:

Nick Kao

45 70Friday, March 28, 2008

1

45 70Friday, March 28, 2008

Rev

0.2A

5

4

3

2

1

0.2A Beta

D D

Back I/O USB ESD Protection (IP4220CZ6 or BAV99) Port 5~8



BAV99



IP4220CZ6

󰍢󰋆

Review

󰂁

UD17

U_USB8+_R{44,48}

C C

GND

U_USB9+_R{44,48} U_USB9-_R {44,48}

1

2

3 4

IP4220CZ6

/USB

6

5

U_USB8-_R {44,48}

+U_USB01_5V_L

UD18

U_USB10+_R{44,48}

GND

B B

U_USB11+_R{44,48}

E.1

A A

5

4

1

2

3 4

IP4220CZ6

/USB

6

5

U_USB10-_R {44,48}

+U_USB23_5V_L

U_USB11-_R {44,48}

3

USB_DUAL,Port 9~12 (ESD)

Title :

Engineer:

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

2

Date: Sheet of

P5E-VM DO

Engineer:

Nick Kao

46 70Friday, March 28, 2008

1

46 70Friday, March 28, 2008

Rev

0.2A

5

4

3

2

1

0.2A Beta

D D

Connect to Back I/O

USB12

Choose a proper connector in page "Back I/O Connector"

C C

USB34

Choose a proper connector in page "Back I/O Connector"

+U_USB01_5V_L

U_USB1-_R U_USB1+_R U_USB0-_R U_USB0+_R

+U_USB23_5V_L

U_USB3-_R U_USB3+_R U_USB2-_R U_USB2+_R

USB12

12

UC1

0.1UF/16V

mb_c0402

12

UC2

0.1UF/16V

mb_c0402

12

GNDGND

UC8

UC8 10UF/10V

10UF/10V

mb_c0805

12

UC9

UC9 10UF/10V

10UF/10V

mb_c0805

USB34

B B

A A

USB,Port1~2(Ext.)

1

USB,Port1~2(Ext.)

Nick Kao

47 70Friday, March 28, 2008

Rev

0.2A

Title :

Engineer:

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

5

4

3

2

Date: Sheet of

P5E-VM DO

Engineer:

5

USB56 Internal

Tow choice: Box Header or Pin Header

Connector

D D

C C

4

USB78 Internal Connector

Tow choice: Box Header or Pin Header

3

USB910 Internal Connector

Tow choice: Box Header or Pin Header

2

USB1112 Internal

Tow choice: Box Header or Pin Header

1

0.2A Beta

Connector

Pin HeaderPin Header Pin HeaderPin Header

+U_USB45_5V_L

USB56

1

B B

+U_USB45_5V_L

12

0.1UF/16V

mb_c0402

A A

mb_c0402

UC3

GND

12

UC10

UC10 10UF/10V

10UF/10V

mb_c0805

5

2 3 4 5 6 7 8

10

HEADER_2X5P_K9

U_USB5-_R {43,45} U_USB11-_R {44,46}U_USB9-_R {44,46}

GND

Standard Circuit

1

USB(ESD)

USB+WiFi

+WiFi(Connecter)

REV.

USB 0.2A BETA

USB+WiFi+ASAP

/X/USB

U_USB6-_R{43,45} U_USB7-_R {43,45}U_USB4-_R{43,45} U_USB10-_R{44,46}

HEADER_2X5P_K9

+U_USB67_5V_L

12

0.1UF/16V

mb_c0402

ASAPWIFI Module

󰇞   󰇞 

4

12

UC11

UC4

Box Header(Pin Header)

UC11 10UF/10V

10UF/10V

mb_c0805

GND

󰄷

ASAPWIFI Module

+U_USB67_5V_L +U_USB1011_5V_L+U_USB89_5V_L

USB78

1

2 3 4 5 6 7 8

Port

U_USB7+_R {43,45}U_USB4+_R{43,45}

10



3

U_USB8-_R{44,46} U_USB8+_R{44,46}U_USB5+_R {43,45} U_USB10+_R{44,46} U_USB11+_R {44,46}

HEADER_2X5P_K9

+U_USB89_5V_L

12

0.1UF/16V

mb_c0402

ASAPWIFI Module

󰇞   󰇞 

12

UC12

UC5

Box Header(Pin Header)

UC12 10UF/10V

10UF/10V

mb_c0805

GND

󰄷

ASAPWIFI Module

1 3 4 5 6 7 8

Port

USB910

2

U_USB9+_R {44,46}U_USB6+_R{43,45}

10

GNDGND GND

12

UC6

0.1UF/16V

mb_c0402



ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

2

Date: Sheet of

USB1112

1 3 4 5 6 7 8

HEADER_2X5P_K9

+U_USB1011_5V_L

12

UC13

UC13 10UF/10V

10UF/10V

mb_c0805

GND

P5E-VM DO

2

10

ASAPWIFI Module

󰇞 

Box Header(Pin Header)



ASAPWIFI Module

󰇞 

Title :

Engineer:

1

󰄷

Port



USB,Port3~12(Int.)

Nick Kao

48 70Friday, March 28, 2008

Rev

0.2A

5

4

3

2

1

0.1B Beta

D D

C C

B B

Channel Defined TPM Connector follow up Intel Pin definition

S_PLTRST#{17,30,34,40,51}

C_PCICLK_TPM{8,30,69} F_FRAME#{30,34,51}

F_LAD0{30,34,51} F_CLKRUN# {30}

S_PWRDWN#{30,34}

+3VSB

+3V

GND

TPM

1 3 5 7

9 11 13 15 17 19

HEADER_2X10P_K4

/X/TPM

2

6 8 10 12 14 16 18 20

F_CLKRUN#

FR201

8.2KOhm

GND

F_LAD2 {30,34,51} F_LAD1 {30,34,51}

F_SERIRQ# {30,33,51}F_LAD3{30,34,51}

GND

1 2

Standard Circuit

1

TPM_Connector

TPM

TPM_Connector

TPM

REV.

F_0.1B BETA

TPM_CONNECTOR /X/TPM

A A

TPM_Connector

Title :

Engineer:

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

5

4

3

2

Date: Sheet of

Engineer:

P5E-VM DO

1

Oldy Chu

49 70Friday, March 28, 2008

Rev

0.1B

5

F1_SPI_CLK F1_SPI_MOSI F1_SPI_CS#



net󰀫SB

series termination resistor

D D

C C

B B

󰋅

F1_SPI_CLK{31}

F1_SPI_MISO{31}

F1_SPI_MOSI{31}

O_BIOS_WP#{33}

+12V

1

G

2

S

F1R1 1KOhm

/X/SMD/SPI

mb_r0402

+12V

1

G

2

S

7 8

1KOhm

/X/SMD/SPI

/X/SMD/SPI mb_4r8p0402

mb_4r8p0402

+12V

1

G

2

S

5 6

1KOhm

/X/SMD/SPI

/X/SMD/SPI mb_4r8p0402

mb_4r8p0402

F1RN1A

8.2KOhm

F1RN1B

8.2KOhm

+12V

1

G

2

S

1 2

1KOhm

/X/SMD/SPI

/X/SMD/SPI mb_4r8p0402

mb_4r8p0402

F1Q1

F1Q1 H2N7002

H2N7002

/SMD/SPI

3

32

D

12

1%

F1Q5

F1Q5 H2N7002

H2N7002

/SMD/SPI

3

F1_SPI_MISO_Q

32

D

F1RN2D

F1Q6

F1Q6 H2N7002

H2N7002

/SMD/SPI

3

32

D

F1RN2C

mb_4r8p0402F1RN1A

mb_4r8p0402

12

mb_4r8p0402F1RN1B

mb_4r8p0402

34

F1Q3

F1Q3 H2N7002

H2N7002

/SMD/SPI

3

32

D

F1RN2A

12

GND

F1C2

0.1UF/16V

mb_c0402

mb_c0402 /SMD/SPI

/SMD/SPI

+F1_3V

mb_4r8p0402F1RN1C

mb_4r8p0402

8.2KOhm

F1RN1C

5 6

F1R2

1 2

10Ohm

mb_r0402

mb_4r8p0402F1RN1D

mb_4r8p0402

8.2KOhm

F1RN1D

7 8

4

F1C2

󰝎󰓟

F1Q1,F1Q5,F1Q6,

󰜊

+12Vnoise coupleF1_SPI_CLK,

F1_SPI_MOSI,F1_SPI_MISO

F1_SPI_CLK_Q

F1_SPI_MISO_R

F1_SPI_MOSI_Q

F1_SPI_HOLD#

O_BIOS_WP#_Q

󰅧

6 SCK VDD 8

2 SO

5 SI

7 HOLD# 3 WP#

+F1_3V

12

GND

F1C1

0.1UF/16V

mb_c0402

mb_c0402 /SPI

/SPI

F1R3 0Ohm /DIP/SPIF1R3 0Ohm /DIP/SPI

1

F1_SPI_CS#_Q F1_SPI_MISO_Q F1_SPI_HOLD#

3

F1D1 SS14

2 1

/SMD/SPI

1 2

SD3

3

BAT54CW

/X

Standard Circuit

BIOS

REV.

SPI /X/SPI

+F1_3V

HEADER_2X4P_K8

/SMD/SPI

+3.3V_CL

2

1

SPI

F1_0.2C Beta

SPI

1 3 4 5 6 7

󰗨󰔸

BOM



2

Flash,

󴟳󰒏

.

1

0.2C Beta

SPI SMD 4M Flash P/N

Priority 1 SST : 05G00100H210

Priority 2 PMC : 05G001015311

Priority 3 ATMEL : 05G00100L010

Priority 4 Winbond : 05G00100F130

SPI SMD 8M Flash P/N

Priority 1 ST : 05G001208031 Priority 2 SST : 05G00120A010 Priority 3 MXIC : 05G001217012 Priority 4 Winbond : 05G001208130 Priority 5 ATMEL : 05G00120B010

SPI SMD 16M Flash P/N

Priority 1 SST : 05G001405010 Priority 2 MXIC : 05G001403010 Priority 3 ST : 05G001418020 Priority 4 ATMEL : 05G001409010 Priority 5 SPANSION: 05G001405111

SMD 32M Flash

F1U9

GND

F1U9

1

CS#

2

DO

3

WP#

4

GND

W25X32VSSIG

/SMD/SPI

VCC

HOLD#

CLK DIO

2

F1_SPI_CLK_Q F1_SPI_MOSI_Q

GND

F1_SPI_CS#_Q F1_SPI_MISO_R O_BIOS_WP#_Q

+F1_3V

8

F1_SPI_HOLD#

7

F1_SPI_CLK_Q

6

F1_SPI_MOSI_Q

5

SPI SMD 32M Flash P/N

Priority 1 Winbond : 05G00160D110

+12V

F1Q4

1

H2N7002

G

/SMD/SPI

3

2

3

2

32

D

S

F1_SPI_CS#{31}

S

3 4

1KOhm

/X/SMD/SPI

/X/SMD/SPI mb_4r8p0402

mb_4r8p0402

F1RN2B

DIP & SMD SPI FLASH CO-LAYOUT BOM OPTIONAL

DIP SPI FLASH BOM OPTIONAL

A A

󰗨󰗨󰗨󰗨󰔸󰔸󰔸󰔸

/DIP/SPI & /X/SPI & /SPI

F1Q1,F1Q5,F1Q6,F1Q3,F1Q4, F1C2,SPI,F1D1 BOM Optional

F1RN2F1R1󰒏RD F1RN210V253000040 F1R1



10V213000040

󰗨󰔸



.

0 ohm

5

SMD SPI FLASH BOM OPTIONAL



󰗨󰗨󰗨󰗨󰔸󰔸󰔸󰔸

/X/SMD/SPI & /SMD/SPI

/X/SPI & /SPI

F1_SPI_CS#_Q



1 CE#

4



VSS 4

GND

SPI

Title :

Engineer:

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

3

2

Date: Sheet of

Engineer:

P5E-VM DO

1

Eddie Chiu

50 70Friday, March 28, 2008

Rev

0.2C

5

20070125 DEL

+3V

OR2

+5VSB

ORN1B8.2KOHM ORN1B8.2KOHM

ORN1C8.2KOHM ORN1C8.2KOHM

5 6

3 4

ORN2A8.2KOHM ORN2A8.2KOHM

OR1920KOhm OR1920KOhm

1 2

+3VSB

D D

ORN1A8.2KOHM ORN1A8.2KOHM

1 2

O_RSMRST#{7,29,34}

O_PWRBTN#IN{59}

O_PWRBTN#{34}

S_S4_STATE#{34}

S_SLPS3#{34,65}

O_PSON#{58}

B_ATX_PWROK{58}

+5V_DUAL_USBKB_SW

O_PWROK{7,17,34}

O_3VSBSW#{62}

O_RSTCON#_SIO{7}

RST#_IDE{40}

C C

O_PCIRST#_PCIEX16{26} O_PCIRST#_PCIEX1{27}

1 2

33Ohm

O_PME#{34}

+3VSB

ORN1D8.2KOHM ORN1D8.2KOHM

ORN2B8.2KOHM ORN2B8.2KOHM

3 4

ORN2D8.2KOHM ORN2D8.2KOHM

7 8

5 6

NOTE:Hardware Strapping(JP1~JP7).

JP1(DTRA#)--Enable Serial ROM 0=Disable, 1=Enable

JP2(RTSA#)--HEFRAS 0=Write 87h to Location 2E Twice, 1=Write 87h to Location 4E Twice

Please place OR16 & OC53 near SIO side.

JP3(SOUTA)--Enable KBC 0=Disable, 1=Enable

+3V

ORN201B8.2KOHM ORN201B8.2KOHM

/JP4

OC5870.1UF/25V /X/W83627OC5870.1UF/25V /X/W83627

1 2

GND

OR5772.7KOhm OR5772.7KOhm

12

+3V

Regin

C 󰀫󰓟

OC5880.1UF/25V /X/W83627OC5880.1UF/25V /X/W83627

JP4(FAN_SET)--CPUFANOUT0 Initial Speed 1=100% Duty, 0=50% Duty

JP5(EN_GTL)--Enable VRM10 Configure 1=VID is VRM10, 0=VID is TTL

JP6(EN_AS)--Enable ASUS Glue Logic 1=Enable, 0=Disable

JP7(FAN_SET2)--CPUFANOUT1 Initial Speed 1=100% Duty, 0=50% Duty

+3VSB

B B

+3V

12

OR5762.7KOhm OR5762.7KOhm

ORN202D2.7KOHMORN202D2.7KOHM

1 2

7 8

34

ORN201A8.2KOHM ORN201A8.2KOHM

ORN202C2.7KOHMORN202C2.7KOHM

5 6

/JP7

O_EN_AS{7} O_SIO_P89{7}

A A

O_SIO_P90{7}

O_PCIRST#_PCIEX1{27}

O_PCIRST#_PCIEX16{26}

5

/JP6

/JP5

12

4

+5V

ORN3A8.2KOHM ORN3A8.2KOHM

ORN3C8.2KOHM ORN3C8.2KOHM

1 2

OR16 100OhmOR16 100Ohm

OR20 8.2KOhmOR20 8.2KOhm

1 2

OR21 8.2KOhmOR21 8.2KOhm

1 2

O_RRX{7}

SIO

A20GATE

O_KB_RST#

+3VSB

4

7 8

+3V

J_OVT1{7,67}

12

GND

ORN3D8.2KOHM ORN3D8.2KOHM

OC53

OC53 1UF/10V

1UF/10V

/X/W83627

78

+3V

OR18 2.7KOhmOR18 2.7KOhm

C_48M_SIO{8}

LDRQ0#{34}

F_SERIRQ#{30,33,49}

S_PLTRST#{17,30,34,40,49}

F_FRAME#{30,34,49} F_LAD0{30,34,49} F_LAD1{30,34,49} F_LAD2{30,34,49} F_LAD3{30,34,49}

C_LPC_SIO{8}

O_PWRBTN#IN_R

H_VID7{10,60} H_VID6{10,60} H_VID5{10,60} H_VID4{10,60} H_VID3{10,60} H_VID2{10,60} H_VID1{10,60} H_VID0{10,60}

O_GA20{33}

O_KB_RST#{33}

H_THERM_CPU+{10,55} H_THERM_CPU-{10,55}

56

ORN201D8.2KOHM ORN201D8.2KOHM

ORN201C8.2KOHM ORN201C8.2KOHM

O_SIO_P85 O_SIO_P84

H_GTLREF_OV1#{13} H_GTLREF_OV2#{13}

H_GTLREF_OV3#{13} O_+1.8V_DUAL_OV1#{64} O_+1.8V_DUAL_OV2#{64}

O_CPUFANOUT1_SET O_CPUFANOUT0_SET O_EN_GTL O_EN_AS

ORN2C 8.2KOHMORN2C 8.2KOHM

5 6

12

Push-pull (3V level)

O_SST{33}

H_PECI_SIO{33}

SIO_PECI{33}

F_LAD0 F_LAD1 F_LAD2 F_LAD3

O_PSON#_R

A20GATE

O_KB_RST#

3

OU1

18

IOCLK

22

LDRQ#

23

SERIRQ

30

LRESET#

29

LFRAME#

27

LAD0

26

LAD1

25

LAD2

24

LAD3

21

PCICLK

75

RSMRST#/GP51

68

PSIN#/GP56

67

PSOUT#/GP57

64

GP37/SUSC#

73

SUSB#/GP52

72

PSON#/GP53

87

GP35/ATXPGD

71

PWROK/GP54

92

GP30/PWRGD

91

GP31/3VSBSW#

69

GP36/RESETCON#

86

PME#

94

RSTOUT0#

93

RSTOUT1#

88

RSTOUT4#/GP34

121

VID7

122

VID6

123

VID5

124

VID4

125

VID3

126 127 128

59 60

103 105

116 120

114 108 106

85 84

118

19

2 81 80 79 78 83 82

117

77 70 89 90

7

5

102

3

VID

VID2 VID1 VID0

GA20M KBRST

CPUTIN CPUD-

SYSFANOUT GP20/CPUFANOUT1

SST PECI PECISB

GP40/RIB# GP41/DCDB# BEEP/SO GP22/SCE GP23/SCK GP44/DTRB# GP45/RTSB# GP46/DSRB# GP47/CTSB# GP42/SOUTB/IRTX/FAN_SET2 GP43/SINB/IRRX

/FAN_SETPLED GP50/WDTO#/EN_GTL GP55/SUSLED/EN_AS RSTOUT3#/GP33/SDA RSTOUT2#/GP32/SCL

AUXFANOUT SMI#/OVT# AUXTIN

W83627DHG-A

System

Clock

System

Clock

LPC I/F

KB/MS

CPU TMPIN

PECI I/F

UBC VERSION

UBC Version

Power-on Control

PCI Reset

Fan Control (DC)

GPIO

Jumperless

NOS Strapping/

NEW CPU

CASEOPEN#

Parallel Port

KB/MS I/F

MCLK/GP25 MDAT/GP24

KCLK/GP27

KDAT/GP26

Serial port 1

DTRA#/GP64/PENROM

RTSA#/GP65/HEFRAS

SOUTA/GP62/PENKBC

DCDA#/GP61

CTSA#/GP67 DSRA#/GP66

SINA/GP63

Floppy I/F

CPU FAN

(PWM)

CPU FAN

(PWM)

CPUFANOUT0

Fan Tachometer

CPUFANIN0

Hardware Monitoring

AUXFANIN0

SI/AUXFANIN1

GP21/CPUFANIN1

Voltage

Input

Voltage

Input

CPUVCORE

H/W Monitor

Power & M/B

TempIN

H/W Monitor

Power & M/B

TempIN

Digital/Analog Power

Digital GND

2

PD7 PD6 PD5 PD4 PD3 PD2 PD1

PD0 STB# AFD#

ERR#

INIT#

SLIN#

ACK#

BUSY

SLCT

RIA#/GP60

DSKCHG#

HEAD#

RDATA#

WP#

TRAK0#

WE#

WD#

STEP#

DIR#

DSA#

MOA#

INDEX#

DRVDEN0

SYSFANIN

VIN0 VIN2

VIN1 VIN3

VREF

SYSTIN

3VCC1 3VCC2 3VCC3

AVCC

3VSB VBAT

VSS1 VSS2

NC1

NC2

2

1

+BAT_3V

OR1

OR1 1MOhm

1MOhm

mb_r0402

1 2

76

35 36 37 38 39 40 41 42 47 46 45 44 43 34 33 32

PE

31

65 66 62 63

52 51 54 56 57 49 50 53

17 16 15 14 13 11 10 9 8 6 4 3 1

115

112 111 113 58 119

99 97 100 98 96

101 104

107

Vtt

12 28 48 95 61 74

20 55 109 110

O_INTRUDER# {52}

O_PD7 {56} O_PD6 {56} O_PD5 {56} O_PD4 {56} O_PD3 {56} O_PD2 {56} O_PD1 {56} O_PD0 {56}

O_STB# {56}

O_AFD# {56}

O_ERR# {56}

O_INIT# {56}

O_SLIN# {56} O_ACK# {56} O_BUSY {56} O_PE {56} O_SLCT {56}

O_MS_CLK {52} O_MS_DATA {52} O_KB_CLK {52} O_KB_DATA {52}

O_DTR1#_R O_RTS1#_R O_TXD1_R

O_DSKCHG# {53} O_HDSEL# {53} O_RDATA# {53} O_WPT# {53} O_TRK0# {53} O_WGATE# {53} O_WDATA# {53} O_STEP# {53} O_DIR# {53} O_DRVA# {53} O_MTRA# {53} O_INDEX# {53} O_DENSEL# {53}

O_SEN_CPUFAN {57} O_SEN_CHAFAN1 {57}

O_+12VIN {55} O_+5VIN {55}

O_VREF {55} O_TR_MB {55}

+VTTCPU

GND

Date: Sheet of

+3V

12

OC280.1UF/25V OC280.1UF/25V

GND

ASUSTeK COMPUTER INC

Size Project Name

A3

OC290.1UF/25V OC290.1UF/25V

GND

P5E-VM DO

+5V

/JP3

3 4

+3V

GND

OR605

2.7KOhm

1 2

ORN3B8.2KOHM ORN3B8.2KOHM

+VCORE

12

OC310.1UF/25V /X/W83627OC310.1UF/25V /X/W83627

+5V

1 2

/JP2

1 2

GND

O_PWROK

Title :

Engineer:

0.1E Beta

Standard Circuit

1

SIO W83627

REV.

O_0.1E BETA

SIO_W83627

/X/W83627

ORN202B2.7KOHM ORN202B2.7KOHM

1 2

3 4

OR3

2.7KOhm

/X/W83627

/JP1

O_DTR1#_R {54} O_RTS1#_R {54} O_TXD1_R {54} O_DCD1#_R {54} O_RI1#_R {54} O_CTS1#_R {54} O_DSR1#_R {54} O_RXD1_R {54}

OR5

OR4

1KOhm

1%

1 2

GND

R1.02G

O_CPUFAN_PWM {57}

+3V

1 2

12

+3V

12

OC320.1UF/25V OC320.1UF/25V

GND GND

1

󰇤󰇤󰇤󰇤

+3VSB

OR611

O_PWROK_R

1 2

OR611 1KOhm

1KOhm

1%

OC589

1 2

10UF/10V

OR612

OR612 1KOhm

1KOhm

1%

OR613

8.2KOhm

󰓟

20070125

GND

+BAT_3V

12

OC330.1UF/25V OC330.1UF/25V

51 70Friday, March 28, 2008

+3VSB

W83627DHG-1

C.W. Hunag

ORN202A2.7KOHM ORN202A2.7KOHM

OR611

GND

IO

12

OC340.1UF/25V OC340.1UF/25V

Rev

0.1E

5

4

3

2

1

0.1C Beta

----Mouse (Green)

+O_KBMS_5V_F

KBMS

----Keyboard (Purple)

D D

1.Please choose KB_USB56 or KBMS connector

2.Please choose KBPWR (dual power or with jumper)

C C

O_KB_DATA{51}

O_MS_DATA{51}

ORN6B

3 4

33Ohm

ORN6C

5 6

33Ohm

ORN5A

4.7KOHM

1 2

+O_KBMS_5V_F

ORN5D

4.7KOHM

7 8

O_MS_DATA_R

OL1

21

120Ohm/100Mhz

OL3

21

120Ohm/100Mhz

+O_KBMS_5V_L

KBMS

O_KB_DATA_L O_KB_CLK_L

OCN1A

OCN1A 150PF/50V

150PF/50V

1 2

GND GND

O_MS_DATA_L

OCN1D

OCN1D 150PF/50V

150PF/50V

X7R

7 8

GND

16

4 2

17

1 3

15

14 10

8

7 9

13

KBMS

SIDE_G16

VCC1

NC1

SIDE_G17

KDATA

GND1

SIDE_G15

PS2 MOUSE

SIDE_G14

VCC2

NC3

MDATA

GND2

SIDE_G13

NC2

KCLK

NC4

MCLK

MINI_DIN_2X6P

6

5

3 4

12

11

O_MS_CLK_L

5 6

OCN1B

OCN1B 150PF/50V

150PF/50V

X7RX7R

OCN1C

OCN1C 150PF/50V

150PF/50V

X7R

OL2

21

120Ohm/100Mhz

OL4

21

120Ohm/100Mhz

O_KB_CLK_RO_KB_DATA_R

O_MS_CLK_R

+O_KBMS_5V_F

ORN5B

4.7KOHM

3 4

+O_KBMS_5V_F

ORN5C

4.7KOHM

5 6

ORN6A

1 2

33Ohm

ORN6D

7 8

33Ohm

O_KB_CLK {51}

O_MS_CLK {51}

GND

Intrudor

+BAT_3V

B B

A A

5

KBPWR(Dual Power)

+5V_DUAL_USBKB

OF1 1.1A/8VOF1 1.1A/8V

1 2

12

OC35

0.1UF/16V

/KBPWR

4

+O_KBMS_5V_L

OL5 70Ohm/100MhzOL5 70Ohm/100Mhz

21

GND

12

OC36

0.1UF/16V

/KBPWR

OR7

OR7 10MOhm

CHASSIS

HEADER_1X4P_K2

3

2

+5VSB

1

O_INTRUDER#_R+O_KBMS_5V_F

3 4

CHASSIS:34

MINI_JUMPER

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

10MOhm

1 2

1

G

P5E-VM DO

O_INTRUDER# {51}

32

3

D

OQ1

H2N7002

S

2

GNDGND

W83627DHG-2(KBMS/USB56)

Title :

Engineer:

1

C.W. Hunag

Rev

0.1C

52 70Friday, March 28, 2008

0.1C

5

4

3

2

1

0.1C Beta

D D

Floppy,Standard (Default)

+5V

C C

FLOPPY

1 3

7

9 11 13 15 17 19

B B

GND

A A

21 23 25 27 29 31 33

BOX_HEAD_2X17P_K5

2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34

10

3 5

10

ORP1B2.7KOHM ORP1B2.7KOHM

ORP1C2.7KOHM ORP1C2.7KOHM

2 5

1 5

10

ORP1A2.7KOHM ORP1A2.7KOHM

6 5

10

ORP1E2.7KOHM ORP1E2.7KOHM

ORP1D2.7KOHM ORP1D2.7KOHM

4 5

7 5

10

ORP1F2.7KOHM ORP1F2.7KOHM

8 5

ORP1H2.7KOHM ORP1H2.7KOHM

ORP1G2.7KOHM ORP1G2.7KOHM

9 5

O_DENSEL# {51}

O_INDEX# {51} O_MTRA# {51}

O_DRVA# {51}

O_DIR# {51} O_STEP# {51} O_WDATA# {51} O_WGATE# {51} O_TRK0# {51} O_WPT# {51} O_RDATA# {51} O_HDSEL# {51} O_DSKCHG# {51}

W83627DHG-3(FLOPPY)

Title :

Engineer:

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

5

4

3

2

Date: Sheet of

P5E-VM DO

Engineer:

1

C.W. Hunag

53 70Friday, March 28, 2008

Rev

0.1C

5

4

3

2

1

0.1C Beta

D D

COM1

Right Angle (Default)

COM1

10

SIDE_G10

O_DCD1#

C C

O_DSR1# O_RXD1 O_RTS1# O_TXD1 O_CTS1# O_DTR1# O_RI1#

GND

1 6 2 7 3 8 4 9 5

11

DDCD#

DDSR#

RRXD

RRTS#

TTXD

CCTS#

DDTR#

RRI#

GND1

SIDE_G11

D_SUB_9P

(Green)

(Standard)

B B

RING Function

O_RI1#{34}

O_DCD1# O_DSR1# O_RXD1 O_RTS1# O_TXD1 O_CTS1# O_DTR1# O_RI1#

OCN2A150PF/50V OCN2A150PF/50V

OCN2B150PF/50V OCN2B150PF/50V

12

34

56

OCN2C150PF/50V OCN2C150PF/50V

X7R

GND GND

0.1UF/16V

mb_c0402

78

OCN2D150PF/50V OCN2D150PF/50V

X7R

GNDGND GNDGND

34

OCN3D150PF/50V OCN3D150PF/50V

56

OCN3C150PF/50V OCN3C150PF/50V

X7R

GND GND

GND

/COM1

OCN3B150PF/50V OCN3B150PF/50V

X7R

OC39

12

+12V

12

OU2

GND

OCN3A150PF/50V OCN3A150PF/50V

-12V

12

OC41

0.1UF/16V

mb_c0402

X7R

/COM1

1 2 3 4 5 6 7 8 9

10

VDD RA1 RA2 RA3 DY1 DY2 RA4 DY3 RA5 VSS

GD75232PWR

OU2

VCC

RY1 RY2 RY3 DA1 DA2 RY4 DA3 RY5

GND

20 19 18 17 16 15 14 13 12 11

GND

+5V

12

OC40

0.1UF/16V

mb_c0402

mb_c0402 /COM1

/COM1

GND

O_DCD1#_R {51} O_DSR1#_R {51} O_RXD1_R {51} O_RTS1#_R {51} O_TXD1_R {51} O_CTS1#_R {51} O_DTR1#_R {51} O_RI1#_R {51}

A A

Title :

W83627DHG-4(COM1)

Engineer:

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

5

4

3

2

Date: Sheet of

P5E-VM DO

Engineer:

1

C.W. Hunag

54 70Friday, March 28, 2008

Rev

0.1C

5

4

3

2

1

0.1C Beta

Hardware Monitor for Temperature

D D

OR9

OR9 15KOhm

BOM Option

Voltage Mode

OR9

OC44

C C

V

Current Mode

(Default)

X

V

H_THERM_CPU+{10,51}

H_THERM_CPU-{10,51}

OJP1

1 2

SHORTPIN

/X/W83627

15KOhm

1%

1% /X/Voltage Mode

/X/Voltage Mode

1 2

OC44

OC44 2200PF/50V

2200PF/50V

/Current Mode/Voltage Mode

1 2

OR10

OR10 10KOhm

10KOhm

1%

1 2

OT1

OT1 10KOhm

10KOhm

3%

1 2

GNDGND GND

12

GND

12

OC43

0.1UF/25V

OC45

0.1UF/25V

/X/W83627

O_VREF {51}

O_TR_MB {51}

Hardware Monitor for VIN

B B

+12V

+5V

+VCORE

OR12

OR11

OR11 15KOhm

15KOhm

1%

1 2

O_+12VIN {51} O_+5VIN {51}

12

OR13

OC47

2.49KOhm

0.1UF/16V

1%

mb_c0402

mb_c0402 /X/W83627

1 2

GND GND

A A

5

/X/W83627

GND

4

OR12 10KOhm

10KOhm

1%

1 2

OR14

4.99KOhm

1%

1 2

12

GND

OC48

0.1UF/16V

mb_c0402

mb_c0402 /X/W83627

/X/W83627

3

+3V

Refer to schematic check list

12

GND

OC46

0.1UF/16V

mb_c0402

mb_c0402 /X/W83627

/X/W83627

+VCORE VIN

2

W83627DHG-6(H/W Monitor)

Title :

Engineer:

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

P5E-VM DO

Engineer:

1

C.W. Hunag

55 70Friday, March 28, 2008

Rev

0.1C

5

4

3

2

1

0.1C Beta

D-SUB 25P

D D

28

GND

C C

B B

SIDE_G28

SIDE_G26

GND8

GND7

GND6

GND5

GND4

GND3

GND2

GND1

SLIN#

PINIT#

ERROR#

AFD#

SIDE_G27

LPT

SLCT

PE

BUSY

ACK#

SPD7

SPD6

SPD5

SPD4

SPD3

SPD2

SPD1

SPD0

STB#

D_SUB_25P

26

13 25 12 24 11 23 10 22 9 21 8 20 7 19 6 18 5 17 4 16 3 15 2 14 1

27

GND

O_SLCT

O_PE

O_BUSY

O_ACK#

O_PD7_R

O_PD6_R

O_PD5_R

O_PD4_R

O_PD3_R O_SLIN#_R O_PD2_R O_INIT#_R O_PD1_R O_ERR# O_PD0_R O_AFD#_R O_STB#_R

+5V +O_LPT_5V

OD1 SS14OD1 SS14

21

1 5

10

ORP3A2.7KOHM ORP3A2.7KOHM

2 5

10

ORP3B2.7KOHM ORP3B2.7KOHM

ORP3C2.7KOHM ORP3C2.7KOHM

4 5

3 5

10

ORP3E2.7KOHM ORP3E2.7KOHM

ORP3D2.7KOHM ORP3D2.7KOHM

7 5

6 5

10

ORP3F2.7KOHM ORP3F2.7KOHM

8 5

10

ORP4A2.7KOHM ORP4A2.7KOHM

ORP3H2.7KOHM ORP3H2.7KOHM

ORP3G2.7KOHM ORP3G2.7KOHM

9 5

1 5

2 5

10

ORP4B2.7KOHM ORP4B2.7KOHM

ORP4C2.7KOHM ORP4C2.7KOHM

4 5

3 5

10

ORP4F2.7KOHM ORP4F2.7KOHM

ORP4D2.7KOHM ORP4D2.7KOHM

6 5

7 5

10

OR8

ORP4E2.7KOHM ORP4E2.7KOHM

ORP4G2.7KOHM ORP4G2.7KOHM

8 5

OR8

ORP4H2.7KOHM ORP4H2.7KOHM

9 5

1 2

2.7KOhm

O_PD7_R

O_PD6_R

O_PD5_R

O_PD4_R

O_PD3_R O_SLIN#_R O_PD2_R O_INIT#_R O_PD1_R

O_PD0_R O_AFD#_R O_STB#_R

LPT

1 2

22Ohm

3 4

22Ohm

5 6

22Ohm

7 8

22Ohm

1 2

22Ohm

3 4

22Ohm

5 6

22Ohm

7 8

22Ohm

1 2

22Ohm

3 4

22Ohm

5 6

22Ohm

7 8

22Ohm

ORN7A

ORN7B

ORN7C

ORN7D

ORN8A

ORN8A ORN8B

ORN8B ORN8C

ORN8C ORN8D

ORN8D ORN9A

ORN9A

ORN9B

ORN9B ORN9C

ORN9C ORN9D

ORN9D

O_SLCT {51}

O_PE {51}

O_BUSY {51}

O_ACK# {51}

O_PD7 {51}

O_PD6 {51}

O_PD5 {51}

O_PD4 {51}

O_PD3 {51} O_SLIN# {51} O_PD2 {51} O_INIT# {51} O_PD1 {51}

O_ERR# {51}

O_PD0 {51} O_AFD# {51}

O_STB# {51}

OC42150PF/50V OC42150PF/50V

OCN7D150PF/50V OCN7D150PF/50V

OCN7C150PF/50V OCN7C150PF/50V

12

7 8

X7R

NPO

GND

OCN4A150PF/50V OCN4A150PF/50V

OCN4B150PF/50V OCN4B150PF/50V

1 2

3 4

X7R

OCN4D150PF/50V OCN4D150PF/50V

OCN4C150PF/50V OCN4C150PF/50V

7 8

5 6

X7R

OCN5B150PF/50V OCN5B150PF/50V

OCN5A150PF/50V OCN5A150PF/50V

1 2

X7R

OCN5C150PF/50V OCN5C150PF/50V

3 4

5 6

X7R

OCN6A150PF/50V OCN6A150PF/50V

OCN6B150PF/50V OCN6B150PF/50V

OCN5D150PF/50V OCN5D150PF/50V

1 2

7 8

X7R

OCN6C150PF/50V OCN6C150PF/50V

5 6

3 4

X7R

OCN7B150PF/50V OCN7B150PF/50V

OCN6D150PF/50V OCN6D150PF/50V

7 8

X7R

OCN7A150PF/50V OCN7A150PF/50V

3 4

5 6

1 2

X7R

A A

Title :

Engineer:

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

P5E-VM DO

Engineer:

W83627DHG-5(LPT)

Regin_Chiang

56 70Friday, March 28, 2008

Rev

1.00

5

OR606

1 2

2.7KOhm

/X

OR608

D D

SB_SEN_CPUFAN{33}

1 2

0Ohm

/SST

GND

78

ORN10D

2.7KOHM

CPU Fan

ORN10C

5 6

2.7KOHM

O_SEN_CPUFAN_R2O_SEN_CPUFAN_R3 O_SEN_CHAFAN1_R

ORN10B

2.7KOHM

4

+12V

ORN10A

2.7KOHM

34

1 2

CPUFAN_PWM

+12V

O_SEN_CPUFAN_R

12

OC27

0.1UF/16V

mb_c0402

mb_c0402 /X/CPU_FAN

/X/CPU_FAN

GND

CPU_FAN

1

2

3

3 44NP_NC

WAFER_HD_4P

3

2

1

0.1E Beta

OR607

O_SEN_CHAFAN1{51}O_SEN_CPUFAN{51}

5

1 2

0Ohm

O_SEN_CHAFAN1_R3 O_SEN_CHAFAN1_R2

78

ORN15D

2.7KOHM

GND

Chassis Fan1

ORN15C

5 6

2.7KOHM

ORN15B

2.7KOHM

+12V

ORN15A

2.7KOHM

1 2

34

CHA_FAN1

GND

3

+12V

2

1 4

NC

SENSE

WAFER_HD_3P

+12V

12

OC50

0.1UF/16V

mb_c0402

mb_c0402 /X/CHA_FAN1

/X/CHA_FAN1

GNDGND

+3V

C C

ORN205A

2.7KOHM

/CPU_FAN_SB

SB_CPUFAN_PWM{33}

O_CPUFAN_PWM{51}

B B

A A

/CPU_FAN_SB

1 2

ORN205B

2.7KOHM

3 4

OR15 0Ohm

1 2

/CPU_FAN_SB

OR580 100Ohm

1 2

/X/CPU_FAN_SIO

5

/CPU_FAN_SB

ORN205C

2.7KOHM

CPUFAN_PWM_R

+3V

5 6

CPUFAN_PWM_Q

ORN205D

2.7KOHM

/CPU_FAN_SB

B

1

B

1

+5V

CPUFAN_PWM Level Shift

7 8

3

C

OQ20

OQ20 PMBS3904

PMBS3904

/CPU_FAN_SB

E

E 2

2

+5V

3

OD203

OD203 BAT54CW

BAT54CW

/X/CPU_FAN_SIO

1

2

CPUFAN_PWM

OR6

OR6 0Ohm

0Ohm

/X/CPU_FAN_SIO

1 2

DEL ORN11 20070125

Power Fan

PWR_FAN

GND

3

+12V

2

1 4

NC

SENSE

WAFER_HD_3P

GND

4

+12V

12

GND

OC49

0.1UF/16V

mb_c0402

mb_c0402 /X/PWR_FAN

/X/PWR_FAN

CPU_FAN BOM Option

SB Control

/CPU_FAN_SB

OR580

OR6

OD203

OR15

ORN205

OQ20

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet

Date: Sheet of

3

2

Date: Sheet of

X

V

P5E-VM DO

SIO Control

/CPU_FAN_SIO

W83627DHG-7(FAN/Intrudor)

Title :

Engineer:

1

V

X

C.W. Hunag

of

57 70Friday, March 28, 2008

Rev

0.1E

󰗨󰗨󰗨󰗨

5

4

3

2

1

0.2A Beta

A

24 Pin ATX Connector

EATXPWR

+12V

+5VSB

12

BC15

0.1UF/16V

/X/PWR_CON

/X/PWR_CON mb_c0402

mb_c0402

GND

+3V

D D

B_ATX_PWROK{51}

+3V

GND GND

EATXPWR

1

+3V1

2

+3V2

3

GND1

4

+5V1

5

GND2

6

+5V2

7

GND3

8

PWR0K

9

5VSB

10

+12V1

11

+12V2

12

+3V3

POWER_CON_24P

25

26

hold1

hold2

+3V4

-12V

GND4

PSON#

GND5 GND6 GND7

+5V3 +5V4 +5V5

GND8

+3V

-12V+5V

+5V

13 14 15 16 17 18 19 20

-5V

21 22 23 24

12

GND

BC3

BC3 470PF/50V

470PF/50V

Regin

O_PSON# {51}



C C

󰗨󰗨󰗨󰗨

A

4 Pin +12V Connector

+12V_CPU

ATX12V

GND

1 2

3

1

3

4

2

4

5

NP_NC

POWER_CON_4P

12

BC1

0.1UF/16V

/X/PWR_CON

/X/PWR_CON mb_c0402

mb_c0402

GND

B B

Bypass/EMI Capacitor

+5VSB

12

BC7

0.1UF/16V

/X/PWR_CON

/X/PWR_CON mb_c0402

mb_c0402

A A

GND

12

GND

BC8

0.1UF/16V

/PWR_CON

/PWR_CON mb_c0402

mb_c0402

+3V

12

BC9

0.1UF/16V

/X/PWR_CON

/X/PWR_CON mb_c0402

mb_c0402

GND GND

12

BC10

0.1UF/16V

/X/PWR_CON

/X/PWR_CON mb_c0402

mb_c0402

+5V

GND

12

BC11

0.1UF/16V

/PWR_CON

/PWR_CON mb_c0402

mb_c0402

12

BC12

0.1UF/16V

/X/PWR_CON

/X/PWR_CON mb_c0402

mb_c0402

GND

-12V

12

BC13

0.1UF/16V

/X/PWR_CON

/X/PWR_CON mb_c0402

mb_c0402

GND

+12V

12

GND

BC14

0.1UF/16V

/PWR_CON

/PWR_CON mb_c0402

mb_c0402

Title :

Engineer:

ASUS TeK Computer INC

Size Project Name

A3

Date: Sheet of

P5E-VM DO

Engineer:

Power Connnecter

Kenny Chen

58 70Friday, March 28, 2008

Rev

0.2A

5

Front Panel

PART Reference 󰋷SIOO 200

Can be del if you don't connect to

D D

AUDIO

A_PCBEEP{41}

S_PLED-{34}

4

󰑔

3

2

Standard Circuit

1

Panel/

Panel/ PowerCONN

PowerCONN /ScrewHole

/ScrewHole /HotStart

/HotStart

REV.

Front Panel/Intel

Front Panel/Intel Panel/LED

Panel/LED 4/8/20/24 Pin(Connecter)

4/8/20/24 Pin(Connecter) ATX/uATX SERIAL/HotStart

ATX/uATX SERIAL/HotStart

O1_0.2A Beta

1

0.2A Beta

HD_LED

SB LED

OD201 BAW56WOD201 BAW56W

1

2

3

I_HD_LED-

+5V

+5VDUAL

T_SATALED#{33}

I_IDEACTS#{40}

R1.01G:Regin Change ORN200 STD circuit value from 300 ohm to 220 ohm

+5V

OR202

OR202 33Ohm

33Ohm

mb_r0402

1 2

A_SPKR_Q

3

C

B

1

B

1

OQ200

OQ200 PMBS3904

PMBS3904

E

E 2

2

GND

BUZZER

1 2

2400Hz

/X/PANEL

Change the net name to combine the HD LED active

󰒏󰃤



net 󰒏Delete,x

R1.01G:Regin Change ORN200 STD circuit value from 300 ohm to 220 ohm

Net name :

Standby LED

ORN200D

ORN200D 220Ohm

220Ohm

7 8

I_IDEACTP# I1_IDEACTP#

I_IDEACTS# I1_IDEACTS#

T1_SATALED# T2_SATALED#

+5VSB

34

O_SBLED_PWR

ORN200B

ORN200B 220Ohm

220Ohm

S_PLED+ S_PLED-I_HD_LED-

A_PCBEEP

56

12

GNDGND

12

ORN200C

ORN200C 220Ohm

220Ohm

12

OC207

OC207 1000PF/50V

1000PF/50V

/X/PANEL

12

OC208

0.1UF/16V

/X/PANEL

/X/PANEL mb_c0402

mb_c0402

+5V

12

ORN200A

ORN200A 220Ohm

220Ohm

PANEL

GND

PANEL

1 3

11 13 14

17 18 19

HEADER_2X10P

Color:white

OR203

2.7KOhm

mb_r0402

1 2

OC206

OC206 1000PF/50V

1000PF/50V

/X/PANEL

2

6

16

20

/X/PANEL

OC203

0.1UF/16V

/X/PANEL

/X/PANEL mb_c0402

mb_c0402

GND

S_SPKR_R

+3VSB

OR204

8.2KOhm

mb_r0402

C C

O_RSTCON#{7,11,34}

Chipset

INTEL

ICH7 ICH8

Nvdia

VIA

SIS

ATI

ICH9

CK804

VT8237 VT8251

965L

SB600

B B

Action

(1)Keep "OR204" (2)The "O_RSTCON#" is connected to SB (3)Delete "O_RSTCON#" off-page net on SIO page

(1)Keep "OR204" (2)The "O_RSTCON#" is connected to SBMCP51 (3)Delete "O_RSTCON#" off-page net on SIO page (4)Add serial R (22 ohm) on "O_RSTCON#" by AP note for ESD issue.please add R on chipset page.

(1)Delete "OR204" (2)The "O_RSTCON#" is connected to SIO (3)Check pull-up resistor & pull-up level on SIO page

mb_r0402

1 2

O_PWRBTN#IN{51}

S_SPKR need to check the SB output type of Push-pull or O/D

S_SPKR{34}

O_RSTCON#

OC205

OC205 1000PF/50V

1000PF/50V

/X/PANEL

OC200

0.1UF/16V

mb_c0402

12

I_HD_LED+

12

OC204

OC204 1000PF/50V

1000PF/50V

/X/PANEL

12

OC201

0.1UF/16V

/X/PANEL

/X/PANEL mb_c0402

mb_c0402

󰍢󰍢󰍢󰍢󰐵󰐵󰐵󰐵󰌢󰌢󰌢󰌢

PES

󰋷󰋷󰋷󰋷

PM

󰐵󰐵󰐵󰐵󰌢󰌢󰌢󰌢󰗨󰗨󰗨󰗨

12

SB_PWR

+

B

Hot Start

AP_TRIGGER

A A

(1)The "O_BTN[1:4]" of GPI need pull-up , Plz check pull-up resistor value & level on SIO or SB page

󰗨󰔸

GPI

󰍢

(2) default



󰂯

reset  power OK

standby plane ,

GPI  GPO ,

󴞻

󰍢

󰢼

S3,S4,S5

SMI GPIO ,

󰋣

GPI state

1 2

HEADER_1X2P

/X/HOTSTART

GND

O_BTN1 {34}

ASUS TeK Computer INC

Size Project Name

A3

Date: Sheet of

P5E-VM DO

+

GND

Title :

Engineer:

GREEN

Panel&HotStart

Kenny Chen

59 70Friday, March 28, 2008

Rev

0.2A

5

D D

P_VCORE_FB_10 P_VCORE_COMP_10

PD100

PR131

1

12

DGND

2

BAT54CW

07V4032054C0

/X

PC116

0.068UF/25V

/X

3

1 2

47KOhm

/X

C C

Note1: (PR1210)

Fsw = 1 / ( RT * N * 6pF)

= 1 / ( 392K * 3 * 6pF) = 142KHz / Per Phase

Note2: (PR1207)

ILIMIT = RLIM * 82.6mV / (RCSA * RREF)

= 392K * 82.6mV / (1.75mOhm * 100K) = 185A

RCSA = RCS / RPH * RL(DCR) = 1.75

Note3: (PR1196 & PR1195)

PR1195 at 90 Degree is 8.16K , at 87.5 Degree is 8.8K.

PR1195 // PR1196 at 90 Degree is 6.66K , at 87.5 Degree is 7.09K.

TTSENSE VRHOT Vth : 0.8V, Hysteresis : 50mV, ITTSENSE : 120uA

87.5 Degree VTTSENSE :

0.85V

B B

90 Degree VTTSENSE : 0.8V

Note4: (PR1214 & PR1215)

For -X project, PR1214 & PR1215 just short direct.

Note5: VCC_PLL

For 06B CPU, VCC_PLL must behind VTT_CPU.

Note6: VCORE SENS.

Place those two jumper close to cpu

+H_VTT_OUT_R

P_VRM_GD{34,62}

PR108

12

1KOhm

H_PROCHOT#{10,67}

H_FORCEPR#{10,67}

PU100B

GND342GND4

GND544GND6

ADP3198JCPZ-RL

12

DGND

PC102

PC102 1000PF/50V

1000PF/50V

43

45

4

+3V

PRN101A

8.2KOHM

1 2

3

3 C

C

E

E 2

2

GND

PQ102

PQ102 PMBS3904

PMBS3904

07V3N2339040

1

B

P_VCORE_PG#_10

P_VCORE_FB+_10

12

PC106

0.047UF/16V

DGNDDGND

78

PRN101D

8.2KOHM

GND GND

PC103 470PF/50VPC103 470PF/50V

12

PR109 1KOhm

1 2

12

PC107

0.047UF/16V

Note4

1

G

+3VSB

3

C

E

E 2

2

1%

32

3

D

S

2

5 6

PQ105

PQ105 H2N7002

H2N7002

07V5023752B0

PRN101C

8.2KOHM

PQ103

PQ103 PMBS3904

PMBS3904

07V3N2339040

B

1

B

1

P_VCORE_PGR_10

PC104 22PF/50VPC104 22PF/50V

PR110

1 2

15KOhm

+3V

P_VCORE_VRHOT_10

DGND

P_VTT_PWRGD{11}

12

P_VCORE_FBRC_10

PR114

1 2

2.7KOhm

PQ106

32

3

H2N7002

D

07V5023752B0

1

G

S

2

PRN101B

34

8.2KOHM

PC105

470PF/50V

PR116 Need place near MOSFET

+H_VTT_OUT_R

PR102

PR102 560Ohm

560Ohm

For Slew rate Spec.

1 2

P_VCORE_EN_10

P_VCORE_FB_10

P_VCORE_COMP_10

12

P_VCORE_SS_10

P_VCORE_DELAY_10

P_VCORE_VRHOT_10

P_VCORE_TTSENSE_10

PR116

PR116 100KOhm

100KOhm

1 2

GND

THERMISTOR NTC 0603 100K OHM

3

2

1

BEARLAKE_4PHASE_VRM

PR103 470Ohm

P_VCORE_FBRTN_10

Note3

PR117

36.5KOhm

1 2

DGNDDGNDDGNDDGND

Note2

1 2

Note1

1 2

DGND

+12V_CPU

H_VID_SELECT{10,13}

12

PC108

0.1UF/25V

PR121

392KOhm 1%

PR123

392KOhm

+3V

H_VID7{10,51} H_VID6{10,51} H_VID5{10,51} H_VID4{10,51} H_VID3{10,51} H_VID2{10,51} H_VID1{10,51} H_VID0{10,51}

DGND

1%

PR128

1 2

1KOhm

1 2 3 4 5 6 7 8 9

10

P_VCORE_ILIMIT_10

560KOhm

0.1UF/25V

EN PWRGD FBRTN FB COMP SS DELAY VRFAN VRHOT TTSENSE

P_VCORE_RT_10

PR124

PC113

PR106

PR106 0Ohm

0Ohm

/X

1 2

DGND

41

39

40

GND2

VIDSEL

ADP3198JCPZ-RL

ILIMIT11RT12RAMPADJ13LLSET14CSREF15CSSUM16CSCOMP17GND118OD#19IREF

P_VCORE_RAMPADJ_10

1 2

P_VCORE_RAMPADJRC_10

12

DGND

PU100A

P_VCORE_CSREF_10

12

DGND

PC110

PC110 1000PF/50V

1000PF/50V

P_VCORE_PWMVCC_20

31

VCC

VID732VID633VID534VID435VID336VID237VID138VID0

30

PWM1

29

PWM2

28

PWM3

27

PWM4

26

NC1

25

SW1

24

SW2

23

SW3

22

SW4

21

IMON

20

P_VCORE_CSCOMP_10

P_VCORE_CSSUM_10

DGND

P_VCORE_OD#_10

PR125

1 2

10Ohm

DGND

P_VCORE_IREF_10

12

PC101

PC101 1UF/16V

1UF/16V

mb_c0805

P_VCORE_PWM1_10

P_VCORE_PWM2_10

P_VCORE_PWM3_10

P_VCORE_PWM4_10

P_VCORE_SW1_10

P_VCORE_SW2_10

P_VCORE_SW3_10

P_VCORE_SW4_10

P_VCORE_IMON_10

1 2

P_VCORE_OD#_10 {61}

P_VCORE_CSN_10 {61}

PR122

100KOhm 5%

1 2

PR115

1 2

1KOhm

1%

1% /X

/X

DGND

PR151

PR151 0Ohm

0Ohm

/X

1 2

PR111 0OhmPR111 0Ohm

PR112 0OhmPR112 0Ohm

PR113 0OhmPR113 0Ohm

PR154 0OhmPR154 0Ohm

P_VCORE_IMONRC_10

12

DGND

12

PR107

PR107 0Ohm

0Ohm

/X

1 2

PC109

0.1UF/25V

/X

PC111 3 300PF/50VPC111 3300PF/50V

12

PR118

PR118 68KOhm

68KOhm

1%

PC112 3 300PF/50VPC112 3300PF/50V

1 2

mb_r0805

PR104 4.3Ohm

1 2

/X

PR105 470Ohm

1 2

mb_r0805

PR119

PR119 68KOhm

68KOhm

1%

THERMISTOR NTC 0603 100K OHM

P_VCORE_PWM1_10 {61}

P_VCORE_PWM2_10 {61}

P_VCORE_PWM3_10 {61}

P_VCORE_PWM4_10 {61}

1 2

PR129

100KOhm

1%

PR120

PR120 68KOhm

68KOhm

1%

PR12730KOhm1%PR12730KOhm

+12V_CPU

P_VCORE_PHASE1_10 {61}

P_VCORE_PHASE2_10 {61}

P_VCORE_PHASE3_10 {61}

P_VCORE_PHASE4_10 {61}

PR155

PR155 68KOhm

68KOhm

1%

PR126

PR126 130KOhm

130KOhm

1 2

P_VCORE_CSSUMRC_10

12

/X

PR148

Note6

PJP102

P_VCORE_FB+_10

12

PC114

PC114 1000PF/50V

1000PF/50V

/X

A A

/X

P_VCORE_FB-_10

PJP102

1 2

SHORTPIN

/X

PJP103

1 2

SHORTPIN

/X

+VCORE

GND

5

PJP101

1 2

SHORT_PIN

NI

/X

GND

DGND

4

O_+VCORE_OV#1{33}

PR148

8.2KOhm

10V213820240

1 2

PR149 1KOhm

1%

1 2

P_VCORE_FBRTN_10

P_VCORE_FB-_10

Change to 0603

2

2 E

E

PQ107

PQ107 PMBS3906

PMBS3906

B

1

B

1

07V3P2339060

C

C 3

3

PR150

PR150 680Ohm

680Ohm

1%

1 2

12

PC115

0.1UF/10V

mb_c0402

3

PR130

1.3KOhm

mb_r0603

mb_r0603 /X

/X

1 2

PR132

PR132 20Ohm

20Ohm

0Ohm 10V213000040

1 2

20Ohm 10V213200010

ASUSTek Computer Inc.

Size Project Name

A2

P5E-VM DO

Date: Sheet of

2

Date: Sheet of

P5E-VM DO

1

Title :

Engineer:

VCORE CONTROL

POWER TEAM

60 70Friday, March 28, 2008

Rev

1.00

5

+12V_CPU

PD101

P_VCORE_PWM1_10{60} P_VCORE_OD#_10{60}

PR135 4.3OhmPR135 4.3Ohm

P_VCORE_PWM2_10{60} P_VCORE_OD#_10{60}

P_VCORE_PWM3_10{60} P_VCORE_OD#_10{60}

P_VCORE_PWM4_10{60} P_VCORE_OD#_10{60}

1

2

BAT54CW

PD103

1

2

BAT54CW

PR145 4.3OhmPR145 4.3Ohm

PD102

1

2

BAT54CW

PR140 4.3OhmPR140 4.3Ohm

PD104

1

2

BAT54CW

PR156 4.3OhmPR156 4.3Ohm

3

P_VCORE_VCC1_20

12

PC119

0.47UF/16V

GND GND GND GND GND GND

P_VCORE_BST2_20

3

P_VCORE_VCC2_20

12

PC125

0.47UF/16V

3

P_VCORE_VCC3_20

12

PC122

0.47UF/16V

3

P_VCORE_VCC4_20

12

PC129

0.47UF/16V

5

(20mil)

D D

C C

B B

A A

PU102

1

BST

2

IN

3

OD#

4

VCC

ADP3418KRZ

PU104

1

BST

2

IN

3

OD#

4

VCC

ADP3418KRZ

1 2

0.1UF/16V

11V233104370

PU103

1

BST

2

IN

3

OD#

4

VCC

ADP3418KRZ

1 2

0.1UF/16V

11V233104370

PU105

1

BST

2

IN

3

OD#

4

VCC

ADP3418KRZ

PC117

1 2

0.1UF/16V

11V233104370

DRVH

SW

PGND

DRVL

PC123

1 2

0.1UF/16V

11V233104370

DRVH

SW

PGND

DRVL

PC120

DRVH

SW

PGND

DRVL

PC128

DRVH

SW

PGND

DRVL

P_VCORE_HG1_20

8 7 6 5

P_VCORE_HG3_20P_VCORE_BST3_20

8 7 6 5

GND

P_VCORE_HG4_20P_VCORE_BST4_20

8 7 6 5

GND

+12V_CPU

1 2

4

PL101

21

2

12

PR134

8.2KOhm

12

PR144

8.2KOhm

PR139

8.2KOhm

1 2

PR158

8.2KOhm

1 2

2

D

1

G

S

3

2

D

1

G

S

3

2

D

1

G

S

3

2

D

1

G

S

3

GNDGNDGND

2

D

1

G

S

3

2

D

1

G

S

3

2

D

1

G

S

3

2

D

1

G

S

3

0.27UH

P_VCORE_HGM1_20P_VCORE_BST1_20

PR1331Ohm PR1331Ohm

P_VCORE_LG1_20

PR137

8.2KOhm

1 2

P_VCORE_HGM2_20P_VCORE_HG2_20

PR1431Ohm PR1431Ohm

P_VCORE_LG2_20

12

PR147

8.2KOhm

P_VCORE_HGM3_20

PR1381Ohm PR1381Ohm

P_VCORE_LG3_20

12

PR142

8.2KOhm

GNDGND GND

P_VCORE_HGM4_20

PR1571Ohm PR1571Ohm

P_VCORE_LG4_20

12

PR159

8.2KOhm

4

P_VCORE_L+12V_S

PQ108

PQ108 AP70T03GH

AP70T03GH

1

PQ109

PQ109 AP85T03GH

AP85T03GH

1

P_VCORE_L+12V_S

PQ119

PQ119 AP70T03GH

AP70T03GH

1

PQ115

PQ115 AP85T03GH

AP85T03GH

1

P_VCORE_L+12V_S

PQ118

PQ118 AP70T03GH

AP70T03GH

1

PQ112

PQ112 AP85T03GH

AP85T03GH

1

P_VCORE_L+12V_S

PQ125

PQ125 AP70T03GH

AP70T03GH

1

PQ122

PQ122 AP85T03GH

AP85T03GH

1

2

D

PQ111

PQ111 AP70T03GH

AP70T03GH

G

S

3

P_VCORE_PHASE1_20

2

D

PQ110

PQ110 AP85T03GH

AP85T03GH

G

S

3

2

D

PQ117

PQ117 AP70T03GH

AP70T03GH

G

S

3

P_VCORE_PHASE2_20

2

D

PQ116

PQ116 AP85T03GH

AP85T03GH

G

S

3

2

D

PQ114

PQ114 AP70T03GH

AP70T03GH

G

S

3

P_VCORE_PHASE3_20

2

D

PQ113

PQ113 AP85T03GH

AP85T03GH

G

S

3

2

D

PQ124

PQ124 AP70T03GH

AP70T03GH

G

S

3

P_VCORE_PHASE4_20

2

D

PQ123

PQ123 AP85T03GH

AP85T03GH

G

S

3

GNDGNDGND GNDGND

3

12

PCB101

PCB101 1UF/16V

1UF/16V

mb_c0805

11V234105370

GND

12

PC118

PC118 4700PF/50V

4700PF/50V

11V233472670

P_VCORE_PHASE1_10{60}

P_VCORE_S_N1

12

PR136

PR136 1Ohm

1Ohm

mb_r1206

10V21A1R0040

12

PCB120

PCB120 1UF/16V

1UF/16V

mb_c0805

11V234105370

GND

12

PC124

PC124 4700PF/50V

4700PF/50V

11V233472670

P_VCORE_PHASE2_10{60}

P_VCORE_S_N2

12

PR146

PR146 1Ohm

1Ohm

mb_r1206

10V21A1R0040

GNDGNDGND

12

PCB102

PCB102 1UF/16V

1UF/16V

mb_c0805

11V234105370

GND

12

PC121

PC121 4700PF/50V

4700PF/50V

11V233472670

P_VCORE_PHASE3_10{60}

P_VCORE_S_N3

12

PR141

PR141 1Ohm

1Ohm

mb_r1206

10V21A1R0040

GNDGND

12

PCB122

PCB122 1UF/16V

1UF/16V

mb_c0805

11V234105370

GND

12

PC130

PC130 4700PF/50V

4700PF/50V

11V233472670

P_VCORE_PHASE4_10{60}

P_VCORE_S_N4

12

PR160

PR160 1Ohm

1Ohm

mb_r1206

10V21A1R0040

2

+VCORE

12

+

PL102

2 1

0.68UH

1 2

SHORTPIN

PJP104

/XPJP104

/X

P_VCORE_CSN_10{60}

1 2

SHORTPIN

PJP105

/XPJP105

SHORTPIN

/XPJP108

/X

1 2

PJP109

PJP106

/X

SHORTPIN

/XPJP109

/X

SHORTPIN

/XPJP106

/X

Place those two jumper close to choke

1 2

PJP108

Place those two jumper close to choke

1 2

PJP107

Place those two jumper close to choke

1 2

SHORTPIN

PJP110

/XPJP110

/X

1 2

PJP111

Place those two jumper close to choke

PL104

2 1

0.68UH

PL103

2 1

0.68UH

SHORTPIN

/XPJP107

/X

PL105

2 1

0.68UH

SHORTPIN

/XPJP111

/X

2

P_VCORE_L+12V_S

12

+

GND

+VCORE

20070718

12

+

GND

12

+

PCE100

PCE100 270uF/16V

270uF/16V

PCE106680uF/4V+PCE106680uF/4V

+VCORE

GND

+

PCE101

PCE101 270uF/16V

270uF/16V

12

+

PCE108680uF/4V+PCE108680uF/4V

PCE107680uF/4V+PCE107680uF/4V

12

PCB11310UF/6.3V PCB11310UF/6.3V

PCB11710UF/6.3V PCB11710UF/6.3V

PCB11910UF/6.3V PCB11910UF/6.3V

PCB11810UF/6.3V PCB11810UF/6.3V

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

PCE103 150UF/2V

/X

12

+

PCE102

PCE102 270uF/16V

270uF/16V

12

+

PCE109680uF/4V+PCE109680uF/4V

PCE110680uF/4V+PCE110680uF/4V

12

PCB11210UF/6.3V PCB11210UF/6.3V

PCB10310UF/6.3V PCB10310UF/6.3V

PCB10810UF/6.3V PCB10810UF/6.3V

PCB10910UF/6.3V PCB10910UF/6.3V

CAD NOTE:PLACE THESE INSIDE THE CPU SOCKET CAVITY --10UF 1206 X5R X 18

P5E-VM DO

1

+VCORE

12

+

11V08D157A60

PCE105 150UF/2V

PCE104 150UF/2V

/X

GND

PLACE THESE IN THE CPU SOCKET BOTTON SIDE

12

+

PCE112680uF/4V+PCE112680uF/4V

PCE111680uF/4V+PCE111680uF/4V

12

PCB11110UF/6.3V/XPCB11110UF/6.3V

/X

Engineer:

12

PCB11010UF/6.3V/XPCB11010UF/6.3V

PCB10710UF/6.3V/XPCB10710UF/6.3V

/X

Title :

1

12

PCB11410UF/6.3V/XPCB11410UF/6.3V

/X

12

+

11V08D157A60

12

+

PCE113680uF/4V+PCE113680uF/4V

PCE114680uF/4V+PCE114680uF/4V

12

PCB10510UF/6.3V/XPCB10510UF/6.3V

PCB11610UF/6.3V/XPCB11610UF/6.3V

PCB11510UF/6.3V/XPCB11510UF/6.3V

PCB10610UF/6.3V/XPCB10610UF/6.3V

/X

VCORE_DRIVER

POWER TEAM

61 70Friday, March 28, 2008

12

PCB10410UF/6.3V/XPCB10410UF/6.3V

PCB12110UF/6.3V/XPCB12110UF/6.3V

/X

Rev

1.00

5

{51,63}

4

3

2

+3VSB

1

+5V_DUAL VOLTAGE SWITCH & POWER CIRCUIT

+5VSB +12V

D D

1.01

12

PR610

8.2KOhm

PRN600A

PR77

+5V_DUAL_USBKB_SW

C C

O_3VSBSW#{51}

1 2

0Ohm /AMT

PR78

1 2

0Ohm /X/AMT

PRN600A

1 2

8.2KOHM

P_5VDUAL_EN_10

FOR S3

S0/S1

1

0

B B

PR72

A A

S_WOL_ONLY{34}

1 2

10KOhm

10V213100310

1%

1% /AMT

/AMT

+3VSB ===>+3V_CL

PR71

1

B

GND

1 2

10KOhm

10V213100310

1%

1% /AMT

/AMT

3

C

PQ21

PQ21 PMBS3904

PMBS3904

07V3N2339040

E

/AMT

2

S_SLP_M{7,17,34,65}

SLP_M Hi=no output Low=3V_AMT

S_WOL_ONLY_R

5

S0/S1

S3

12

PC63

PC63 1UF/10V

1UF/10V

c0603

/AMT

GND

1

+3VSB

G

B

1

B

1

23

2

S

D

3

+5VSB

PRN600C

8.2KOHM

5 6

P_5VDUAL_Q1_10

3

C

PQ600

PQ600 PMBS3904

PMBS3904

E

E 2

2

GND

+3VSB

PQ19

AP2301GN

07V512313130

/AMT

1 2

PR603

PR603 1KOhm

1KOhm

1 2

PR604

PR604 1KOhm

1KOhm

+3V

12

PR168

PR167

PR167 0Ohm

0Ohm

10V213000040

/X/nonAMT

Only for non INTEL LAN

4

PR168 0Ohm

0Ohm

10V213000040

/X/nonAMT

P_5VDUAL_Q2_10

P_5VDUAL_Q3_10

+3.3V_CL

12

+

PCE17

PCE17 820UF/6.3V

820UF/6.3V

11V040827130

/AMT

GND

PQ601

PQ601 PMBS3904

PMBS3904

+5V

PRN600D

8.2KOHM

7 8

B

1

B

1

P_5VDUAL_SW_10

+5VSB

PRN600B

8.2KOHM

3 4

3

C

E

E 2

2

GND

3

C

B

1

B

1

E

E 2

2

GND

PQ602

PQ602 PMBS3904

PMBS3904

PQ603

PQ603 AP70T03GH

AP70T03GH

S

3

G

1

PQ604

PQ604 AP2301GN

AP2301GN

S

2 3

2

P_5VSB_SW_10

D

+5VDUAL

2

+5VSB ====>+3VSB

D

3

G

1

+5VDUAL==>+3VDUAL(Clock Gen Used)

+5VDUAL

1 2

GND

PC605

0.1UF/16V

P_3VDUAL_ADJ_10

3

PQ612

1 2 3

ADJ/GND OUT IN

GS1117AXF

/X

Vout

4

1 2

GND

PR608

PR608 120Ohm

120Ohm

1%

/X

PR609

PR609 205Ohm

205Ohm

1%

/X

+3VDUAL

12

PC607

PC607 10UF/16V

10UF/16V

/X

GND

(+3.385V)

GND

2

12

+

PCE300

PCE300 820UF/6.3V

820UF/6.3V

12

+

PCE600

330uF/6.3V

/X

1 2

GND

R12

R12 100Ohm

100Ohm

/X

1 2

PR101

1 2

0Ohm

PQ100

PQ100 AP2307GN

AP2307GN

D

3

G

R13

R13 100Ohm

100Ohm

/X

1 2

Io: 2A

PU300

(+3.385V)

3

VIN

L1085DG

PC300

0.1UF/16V

S

23

2

1

/X

1

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

VOUT

ADJ

1

P_3VSB_ADJ_10

+1.5VH_VCCPLL

+5VSB

12

PR100

PR100 1KOhm

1KOhm

/X

3

C

E

E 2

2

GND

2

PR300

PR300 120Ohm

120Ohm

1%

1 2

PR301

PR301 205Ohm

205Ohm

1%

1 2

PQ101

PQ101 PMBS3904

PMBS3904

/X

B

1

B

1

1 2

P5E-VM DO

12

+

PCE301

PCE301 820UF/6.3V

820UF/6.3V

GND

(H_VCCPLL)

PR98

8.2KOhm

/X

+5V_DUAL&+3VSB&+3V_DUAL

Title :

Engineer:

1

+3VSB+5VSB

P_VRM_GD {34,60}

62 70Friday, March 28, 2008

Rev

1.00G

5

{51,62}

4

3

2

1

PQ500

PQ501

+3V

2

D

1

G

S

3

12

2

D

1

G

GND

S

3

PC823

PC823 10UF/6.3V

10UF/6.3V

mb_c1206

mb_c1206 /X

/X

12

PR834

PR834 1KOhm

1KOhm

P_1.5V_1/2_REF_15

12

PR837

PR837 1KOhm

1KOhm

GND

+1.5V

12

PC829

0.1UF/16V

2007/3/8

+1.5V

Io: 2.385A

GND

12

+

PCE500

PCE500 820UF/6.3V

820UF/6.3V

OV1#

X

L

D D

C C

+1.5V

+1.510V

+1.732V

P_1.5V_1/2_REF_15

P_1.5V_1/2_FB_15

P_1.5V_REF_15

P_1.5V_FB_15

+3VSB

12

PR840

PR840 1KOhm

1KOhm

1%

P_1.5V_REF_15

(+1.51V)

12

PR841

PR841 806Ohm

806Ohm

GND GND

PU802

A+

3

A-

2

B+

5

B-

6

LM358MX

12

PC828

0.1UF/16V

+12V

PR835

4.7KOhm

P_1.5V_1/2_CON_15

P_1.5V_1/2_FB_15

P_1.5V_CON_15

12

PR838

4.7KOhm

P_1.5V_FB_15

GND

12

PC824

PC824 1000PF/50V

1000PF/50V

12

PC827

PC827 1000PF/50V

1000PF/50V

PR839

1KOhm

PR504

6.8KOhm

1%

1 2

PR836

12

1KOhm

12

O_+1.5V_OV#1 {33}

1 2

8

VCC

+

1

AO

-

+

BO

7 4

-

GND

12

GND

PC826

0.1UF/16V

AP70T03GH

PJP503

1 2

SHORTPIN /X

+5VSB_USBKB VOLTAGE & POWER CIRCUIT

+5VSB

B B

PR605

PR605 1KOhm

1KOhm

10V213100210

1 2

07V3N2339040

10V213820240

12

A A

+5V_DUAL_USBKB_SW

S0

1

0

S3,S4,S5

PR607 8.2KOhm

S0

Use Super IO to control +5V or +5VSB

5

+5VSB +12V

PR606

PR606 1KOhm

1KOhm

10V213100210

1 2

PRN601D

PQ605

PQ605 PMBS3904

PMBS3904

1

PC604

0.1UF/16V

11V233104370

1 2

GND

B

GND

P_5V_USB_Q1_10

3

C

E

E 2

2

PRN601D

8.2KOHM

10V253820240

PRN601A

8.2KOHM

10V253820240

78

12

P_5V_USB_Q2_10

12

GND

P_5V_USB_Q3_10

4

07V3N2339040

PR601

4.7KOhm

10V213470240

12

PR602

4.7KOhm

10V213470240

GND

PQ606

PQ606 PMBS3904

PMBS3904

B

1

B

1

GND

PRN601C

8.2KOHM

10V253820240

5 6

3

3 C

C

12

E

E 2

2

PMBS3904

07V3N2339040

PC602

0.1UF/16V

11V232104390

+5VSB

/X

3 4

3

PQ607

C

B

1

B

1

E

E 2

2

GND

+5V

P_5V_USB_SW_10

+5VSB

PRN601B

8.2KOHM

10V253820240

P_5VSB_USB_SW_10

12

PC603

0.1UF/16V

11V232104390

/X

3

2 3

3

PQ608

PQ608 AP70T03GH

AP70T03GH

07V50529R040

S

D

G

1

PQ609

PQ609 AP2301GN

AP2301GN

07V512313130

S

2

G

1

2

D

3

+5V_DUAL_USBKB

+5VDUAL_USBKB UVP CIRCUIT

+5VSB +5V_DUAL_USBKB

PR600 470Ohm

1 2

/X

mb_r0805

P_5V_USB_Q1_10

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

2

Date: Sheet of

0321

PQ610

PQ610 PMBS3904

PMBS3904

07V3N2339040

/X

E12

3

E12

3

C

B

P5E-VM DO

Title :

Engineer:

1

+1.5V

63 70Friday, March 28, 2008

Rev

1.00G

5

4

3

2

1

+5VDUAL

D D

+12V

3

C C

P_1.8VDUAL_UG_20

P_1.8VDUAL_LG_20

20070620

S_SLPS4#{7,34}

B B

GND

PR89

1KOhm

/AMT

1 2 3 4

B

1

B

1

12

1.01

PL200

21

0.27UH

PD200 BAT54CWPD200 BAT54CW

1

3

2

PD201

1

2

BAT54CW

PC207 0.1UF/16VPC207 0.1UF/16V

12

PU200

BOOT

PHASE

UGATE

OCSET

GND

FB

LGATE

VCC

APW7120KE_TRL

+5VSB

PR88

8.2KOhm

/AMT

1 2

B

1

B

1

3

C

PQ31

E

PMBS3904

2

/AMT

8 7 6 5

3

C

E

E 2

2

GNDGND

PQ30

PQ30 PMBS3904

PMBS3904

/AMT

P_1.8VDUAL_REGIN_S

PR200

4.3Ohm

P_1.8VDUAL_PHASE_20P_1.8VDUAL_BOOT_20 P_1.8VDUAL_OCS_10 P_1.8VDUAL_FB_10 P_1.8VDUAL_VCC_20

12

GND

PC200

0.47UF/16V

1 2

PR201

PR201 0Ohm

0Ohm

P_1.8VDUAL_OSC_J_10

P_1.8VDUAL_LG_20

12

PR204

PR204 20KOhm

20KOhm

1%

O_+1.8V_DUAL_OV2#{51}

O_+1.8V_DUAL_OV1#{51}

P_1.8VDUAL_BOOT_R_20

12

PR202

8.2KOhm

PJP200

1 2

SHORTPIN

/X

12

PR203

8.2KOhm

GND

2

D

1

G

S

3

2

D

1

G

S

3

GND

12

PR213

4.53KOHM

10G213453113010

1%

PQ200

PQ200 AP70T03GH

AP70T03GH

PQ201

PQ201 AP70T03GH

AP70T03GH

12

PR212

PR212 10KOhm

10KOhm

1%

2007/3/8

GND

12

+

PCE804

PCE804 560UF/6.3V

560UF/6.3V

13.58A

(1.812V)

+1.8VDUAL

Regin

󰇤󰇤󰇤󰇤

12

GND

PC201

PC201 10UF/6.3V

10UF/6.3V

mb_c1206

GND

12

+

PCE203

PCE203 560UF/6.3V

560UF/6.3V

1.01

PL201

21

1.1UH

2

2007/3/8

D

PQ808

1

AP70T03GH

G

/X

S

3

GND

1 2

12

PR207

PR207 909Ohm

909Ohm

1%

GND

12

P_+1.8VDUAL_RC_S

12

GND

PR208

1.15KOhm 1%

PC202

PC202 4700PF/50V

4700PF/50V

PR209

PR209 1Ohm

1Ohm

mb_r1206

12

GND

12

+

PCE201 820UF/6.3V+PCE201 820UF/6.3V

PCE202 820UF/6.3V+PCE202 820UF/6.3V

GND

+1.8VDUAL

GND

12

+

PCE200 820UF/6.3V+PCE200 820UF/6.3V

Vout =0.8*(1+PR208/PR207)

OV2#

X

L

OV1#

X

L

X

L

12

+

PCE205 820UF/6.3V+PCE205 820UF/6.3V

+1.8VDUAL

/X

12

+

330uF/6.3V

PCE33

GND

+1.812V

+1.904V

+2.015V

+2.108V

GND

/X

12

+

330uF/6.3V

PCE34

+VTTDDR

12

+

PCE204

PCE204 820UF/6.3V

A A

820UF/6.3V

GND

Regin

5

GND

PCE36

N/A

12

+

330uF/6.3V

󰇤󰇤󰇤󰇤

+1.8VDUAL

+VTTDDR

12

PC205

PC205 10UF/6.3V

10UF/6.3V

/X/PWR

GND

CAE NOTE: PROVIDE 1.2cm x 1.2cm COPPER PAD

FOR DPAK(TO252) LET Tja OF 20C/W FOR 1.2A ON DDR VTT

GND

4

Io: 1A, -1A

PU201

1

VIN

2

NC1(GND)

3

NC2(REFEN)

4

VOUT

CM8562PGISTR

VIA

GND

18

GND39GND410GND511GND612GND713GND814GND915GND1016GND1117GND12

GND2 GND1 VCCA

REFEN

8 7 6 5

+5VDUAL

P_VTTDDR_REF_10

12

PC203

0.1UF/16V

GND

3

+1.8VDUAL

12

GND

PR210

PR210 1KOhm

1KOhm

1%

PR211

PR211 1KOhm

1KOhm

1%

+1.8VDUAL & +VTTDDR

Title :

Engineer:

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

2

Date: Sheet of

P5E-VM DO

Engineer:

1

Rev

1.00G

64 70Friday, March 28, 2008

1.00G

5

PR809

PR809 18KOhm

18KOhm

10V213180310

1%

1 2

P_VTTCPU_REF_15

(+1.208V) (+1.103V)

D D

PR810

PR810 10KOhm

10KOhm

10V213100310

1%

1 2

GND GND

1 2

PR819 68.1KOhm

10V213681310

1%

1 2

PR811 68.1KOhm

10V213681310

1% /X

PC804

0.1UF/16V

11V233104370

1 2

ConreoVTT_SELECT

(+VTTCPU 1.1V)

0

(+VTTCPU 1.2V)

1

C C

B B

---- ----

V

+1.8VDUAL

PQ402

AP9T18GH

07V505214030

+1.25V_CL

H_VTT_SELECT {11}

P_VTTCPU_Q2_10

PQ806

32

3

H2N7002

D

07V5023752B0

1

G

S

2

GND

KensfieldWolfdale Yorkfield

V V

---- ----

+5VSB

2

D

S

3

12

+

PCE405

PCE405 330uF/6.3V

330uF/6.3V

11V040337120

GND

G

20070718

1

PJP402

SHORTPIN

/X

12

PR410

PR410 1KOhm

1KOhm

/X

1 2

20070620

3

PR161

S_SLP_M{7,17,34,62}

A A

5

12

10K

/AMT

12

GND

S_SLPS3#{34,51}

B

1

B

1

PC97

PC97 1UF/10V

1UF/10V

c0603

/AMT

PR822 1KOhm

10V213100210

GND

3

C

E

E 2

2

PQ48

PMBS3904

/AMT

07V3N2339040

12

PR821

8.2KOhm

10V213820240

PQ812

PMBS3904

1

PC825

0.1UF/16V

11V233104370

1 2

/X

GND

+5V+3VSB

/X

V

PR411

PR411 0Ohm

0Ohm

10V213000040

PR413

1 2

1KOhm

20070718

+5VSB

12

07V5023752B0

3

C

B

E

E 2

2

GND

4

12

PR814

8.2KOhm

10V213820240

/X

12

PC405

PC405 1000PF/50V

1000PF/50V

11V233102670

+3VSB

PR414

1.69KOhm

1%

1 2

P_1.25VDUAL_REF_15

(+1.258V)

PR415

PR415 1KOhm

1KOhm

10V213100210

1%

1 2

GND GND

PQ813

32

3

H2N7002

D

1

G

2

GND

4

PQ807

3

PMBS3904

C

07V3N2339040

B

1

B

1

E

E 2

2

GND

PR412 4.7KOhm

1 2

10V213470240

PC406

0.1UF/16V

11V232104390

1 2

P_VTTCPU_REF_15

S

/X

PR813 1KOhm

10V213100210

/X

+3VSB

1 2

GND

P_1.25VDUAL_CON_15 P_1.25VDUAL_FB_15 P_1.25VDUAL_REF_15

+3V

PR824

8.2KOhm

10V213820240

/X

1 2

PR812

PR812 1KOhm

1KOhm

10V213100210

12

PR507

PR507 1KOhm

1KOhm

10V213100210

1%

P_1.05V_REF_15

(+1.055V)

PR508

PR508 453Ohm

453Ohm

1%

10V213453110

+5VSB

+12V

1 2

GND

12

H_VTT_SELECT {11}

PC504

0.1UF/16V

11V232104390

1 2

GNDGND

+12V

1

2

PD801

PD801 BAT54CW

BAT54CW

07V4032054C0

3

PC806

0.1UF/16V

11V233104370

1 2

GND

PR825

8.2KOhm

10V213820240

1

PC807

0.1UF/16V

11V232104390

+VTTCPUP_VTTCPU_Q1_10

PU801

1 2 3 4 5 6 7

+5VSB

B

3

OUT_1 IN_1IN_1+ V+ IN_2+ IN_2OUT_2

LM324MX

06V10S503240

-12V

PR826

8.2KOhm

10V213820240

1 2

3

C

PQ809

PQ809 PMBS3904

PMBS3904

E

07V3N2339040

2

GND

3

+1.5V

PR815

8.2KOhm

10V213820240

/X

1 2

P_Q1_10

PC805

0.1UF/16V

1 2

11V232104390

/X

GND GND

14

OUT_4

13

IN_4-

12

IN_4+

11

GND

10

IN_3+

9

IN_3-

8

OUT_3

PR808

PR808 10Ohm

10Ohm

10V213100040

1 2

P_VTTCPU_REF_15

32

3

D

1

G

S

2

GND

+5VSB

PR816

8.2KOhm

10V213820240

/X

1 2

P_1.2VGATE_10

3

C

B

1

B

1

PQ805

PQ805 PMBS3904

PMBS3904

E

07V3N2339040

2

/X

GND

For +1.5V and VTT_CPU power sequency

P_1.05V_CON_15 P_1.05V_FB_15 P_1.05V_REF_15

P_VTTCPU_REF_15 P_VTTCPU_FB_15 P_VTTCPU_CON_15

PC810

0.1UF/16V

1 2

11V232104390

GND

PQ810

PQ810 H2N7002

H2N7002

07V5023752B0

12

PR820

PR820 0Ohm

0Ohm

10V213000040

/X

GND

3

1

G

2

OV1#

P_VTTCPU_REF_15

32

D

PQ804

PQ804 H2N7002

H2N7002

07V5023752B0

/X

S

PR505 4.7KOhm

1 2

10V213470240

12

PC503

PC503 1000PF/50V

1000PF/50V

11V233102670

PR806 4.7KOhm

1 2

10V213470240

12

PC803

PC803 1000PF/50V

1000PF/50V

11V233102670

PR817

1 2

12KOHM 1%

10V213120310

X

L

2

GND

1 2

PR509

PR509 1KOhm

1KOhm

GND

1 2

PR823

PR823 1KOhm

1KOhm

+VTT_CPU

+1.208V

+1.308V

2

R1.02G

20060511

+0.7V +0.7V

PJP502

1 2

SHORTPIN /X

PJP802

1 2

SHORTPIN /X

O_+VTTCPU_OV#1 {33}

1

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

PD800

1

3

2

BAT54CW

07V4032054C0

For +1.5V and VTTCPU power-down power sequenceing

+1.5V

VTTCPU

+1.5V and VTTCPU power sequenceing spec.

+3V

0321

2

D

PQ503

PQ503 P3055LDG

P3055LDG

1

07V505250040

G

S

3

1

G

1

G

3

12

+

GND

+1.8VDUAL

2

D

S

3

23

2

S

D

3

GND

(+1.055V)

+1.05V

PCE502

PCE502 330uF/6.3V

330uF/6.3V

11V040337120

0321

PQ802

PQ802 P3055LDG

P3055LDG

07V505250040

PQ803

PQ803 AP2301GN

AP2301GN

07V512313130

P5E-VM DO

Engineer:

1

+1.5V+VTTCPU

+1.05V

Io: 1A

+VTTCPU

Io: 2A

(+1.208V)

+VTTCPU

12

+

PCE802

PCE802 820UF/6.3V

820UF/6.3V

11V040827130

GND

+1.5V & +1.05V &+VTTCPU

Title :

65 70Friday, March 28, 2008

1

65 70Friday, March 28, 2008

Rev

1.00G

5

4

3

2

1

+5V

PL400

0.27UH

D D

+12V

C C

P_1.25V_BOOT_20 P_1.25V_UG_20

P_1.25V_LG_20

PR400

1 2

4.3Ohm

10V2134R3040

PD400

3

BAT54CW 07V4032054C0

PC401 0.1UF/16V

PU400

1

BOOT

2

UGATE

3

GND

4

LGATE

APW7120KE_TRL

06V08S271200

0503

21

1

2

11V233104370

12

PHASE OCSET

FB

VCC

8 7 6 5

P_1.25V_REGIN_S

P_1.25V_PHASE_20 P_1.25V_OCS_10 P_1.25V_FB_10 P_1.25V_VCC_20

12

PC402

0.47UF/16V

11V233474370

1 2

PR401

PR401 0Ohm

0Ohm

10V213000040

P_1.25V_OCS_J_10

12

PR407

PR407 20KOhm

20KOhm

10V213200310

1%

P_1.25V_BOOT_R_20

12

PR402

8.2KOhm

10V213820240

Please this shortpin close to low-side MOSFET drain pin

PJP400

1 2

SHORTPIN /X

P_1.25V_LG_20

12

PR403

8.2KOhm

10V213820240

GND GND

PR409

1.24KOhm

10G213124113030

1 2

2

D

1

G

S

3

2

D

1

G

S

3

PR408

2.49KOhm

10G213249113030

1 2

PQ400

PQ400 AP70T03GH

AP70T03GH

07V50529R040

PQ401

PQ401 AP70T03GH

AP70T03GH

07V50529R040

1 2

PR404

PR404 820Ohm

820Ohm

12

PC403

PC403 10UF/6.3V

10UF/6.3V

11V234106150

GND

12

PC404

PC404 4700PF/50V

4700PF/50V

11V233472670

P_1.25V_RC_S

12

PR406

PR406 1Ohm

1Ohm

mb_r1206

10V21A1R0040

GND

PR405 470OhmPR405 470Ohm

1 2

0323

12

+

PCE403

PCE403 560UF/6.3V

560UF/6.3V

11V090567130

GND

PL401

1.1UH

0323

0502

21

PJP401

1 2

SHORTPIN /X

12

+

11V040827130

PCE400 820UF/6.3V

GND GND GND

+1.25V

/X

12

+

11V040827130

PCE402 820UF/6.3V

PCE401 820UF/6.3V

place those parts between DIMM A2 and B1

GND GND

B B

A A

5

O_+1.25V_OV#2{33}

O_+1.25V_OV#1{33}

4

GND

OV2#

X L

L

3

2

OV1#

X

LL

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

+1.25V

+1.250VX(+1.258V)

+1.400V

+1.550V

+1.700V

(+1.410V)

(+1.562V)

(+1.714V)

Title :

Engineer:

P5E-VM DO

1

+1.25V

Rev

1.00G

66 70Friday, March 28, 2008

1.00G

5

D D

J_OVT2

J_OVT1

NOS_GATE

NOS disable

NOS enable heavy loading

NOS enable normal loading

C C

Don't Care

0

1

0

Clock

SB-GPI BIOS can get OVT state from this pin.

J_OVT2{7}

J_OVT1{7,51}

J_CPUTM#{33}

Function Block :

NOS

J_PWM_REFIN

circuit

B B

SIO

J_OVT_SENSE

4

NOS Control Ckt

+3V

12

JR1

2.7KOhm

/X/NOS

JR2

J_OVT2

JR3

2.7KOhm

/X/NOS

JR2

12

2.7KOhm

/X/NOS

J_OVT1

12

+3V

12

JR10

8.2KOhm

/X/NOS

J_NOS_GATE {33}

J_OVT1 {7,51}

3

SB-GPO-Default High

SIO-OVT

J_OVT1

J_OVT2

+3V

56

1

2

1

2

JRN1C

8.2KOHM

JD1

BAT54CW

/X/NOS

JD2

BAT54CW

J_QCPUTM

2

Arctic Control Ckt

+3V

J_CPUTM

1

JQ2

3

PDTC144EK

C

B 1

E

R-2

R-2 47K

47K

2

GND

JR11

1 2

0Ohm

/X/NOS

34

JRN1B

8.2KOHM

JD3

3

32

3

BAT54CW

D

JQ1

H2N7002

G

S

2

GND

R-1

47K

3

H_PROCHOT#

2

H_FORCEPR#

1

+3V

78

12

JC8

0.1UF/16V

/X/NOS

GND

JRN1D

8.2KOHM

J_SILENT# {34}

SB-GPO-Default LOW

 󰒏

JR11 JQ2 /X

12

SMIGPIO,

1

0.1B Beta

12

JRN1A

8.2KOHM

H_PROCHOT# {10,60}

SMIGPIO

Arctic disable

Arctic enable

Arctic disable

Arctic enable

H_FORCEPR# {10,60}

JC9

0.1UF/16V

/X/NOS

SB-GPO-Default High



J_SILENT#

J_OVT2

1

0

J_SILENT#

J_OVT2

0

1

J_OVT1

J_CPUTM#

SB

A A

J_NOS_GATE

J_SILENT#

J_OVT2

H_PROCHOT#

H_FORCEPR#

clock

CPU

Standard Circuit

1

NOS Intel

REV.

J_0.1B beta

LOGO_STD_NOS

/X/NOS

ASUSTek Computer Inc.

Size Project Name

A3

Date: Sheet of

P5E-VM DO

/X/NOS

Title :

Engineer:

NOS(intel)

Makishin_Huang

67 70Friday, March 28, 2008

Rev

0.1B

5

H1

1

GND1

2

GND2

3

GND3

4

GND4

MB_HOLE_160_T_U_LF3

D D

GND

origin-xy:(1300.00, 9350.00)

GND8 GND7 GND6 GND5

/X/SCREW

9

NC

8 7 6 5

4

H4

1

GND1 GND2 GND3 GND4

GND8 GND7 GND6 GND5

/X/SCREW

NC

2 3 4

MB_HOLE_160_T_U_LF3

GND

origin-xy:(6500.00, 9350.00)

3

9 8 7 6 5

GNDGND GND

H7

1

GND1

2

GND2

3

GND3

4

GND4

MB_HOLE_160_T_UR_LF3

GND8 GND7 GND6 GND5

/X/SCREW

9

NC

8 7 6 5

origin-xy:(9350.00, 9350.00)

GND

2

1

0.1B Beta

Screw Select

Standard

(9.6 x 9.6)

H1

H2

H3

H4

H5

H6

H7

H8

V

scale down

(9.6 x <9.6)

V

X

C C

MB SCREW FOOTPRINT

9.6 inch

MB_HOLE_160_T_LF3

H8

H2

1

GND1

2

GND2

3

GND3

4

GND4

MB_HOLE_160_T_LF3

GND GND

GND8 GND7 GND6 GND5

/X/SCREW

9

NC

8 7 6 5

origin-xy:(400.00, 3150.00)

H5

GND

1

GND1

2

GND2

3

GND3

4

GND4

MB_HOLE_160_T_LF3

GND8 GND7 GND6 GND5

/X/SCREW

9

NC

8 7 6 5

origin-xy:(6500.00, 3150.00)

H8

1

GND1

2

GND2

3

GND3

4

GND4

MB_HOLE_160_T_R_LF3

GND8 GND7 GND6 GND5

/X/SCREW

9

NC

8 7 6 5

origin-xy:(9350.00, 3150.00)

MB_HOLE_160_T_U_LF3

GNDGND GND

B B

H3

1

GND1

2

GND2

3

GND3

4

GND4

MB_HOLE_160_T_LF3

GND

origin-xy:(400.00, 1350.00)

GND8 GND7 GND6 GND5

/X/SCREW

9

NC

8 7 6 5

GND

H6

1

GND1 GND2 GND3 GND4

GND8 GND7 GND6 GND5

/X/SCREW

NC

2 3 4

MB_HOLE_160_T_LF3

9 8 7 6 5

GND

MB_HOLE_160_T_R_LF3

MB_HOLE_160_T_UR_LF3

origin-xy:(6500.00, 550.00)

A A

(X,Y)=(0,0)

<9.6 inch

9.6 inch

Title :

uATX Sreial Screw Hole

Engineer:

ASUS TeK Computer INC

Size Project Name

A3

Date: Sheet of

P5E-VM DO

Engineer:

Kenny Chen

68 70Friday, March 28, 2008

Rev

0.1B

5

4

3

2

1

2007/07/06

JMB368 FAE Suggestion 2007/03/13

+5V

EC1

0.1UF/16V

/X

12

D D

GND

EC2

0.1UF/16V

/O

12

EC3

0.1UF/16V

/X

EC4~EC24 For EMI Used

+5V

EC5

0.1UF/16V

/X

EC14

0.1UF/16V

/X

EC23

0.1UF/16V

/X

12

EC6

0.1UF/16V

/X

12

EC13

0.1UF/16V

/O

12

EC21

0.1UF/16V

/X

12

EC7

0.1UF/16V

/X

12

EC11

0.1UF/16V

/X

12

EC18

0.1UF/16V

/O

12

EC8

0.1UF/16V

/X

12

EC15

0.1UF/16V

/X

12

EC20

0.1UF/16V

/O

12

EC4

0.1UF/16V

/X

GND

+5V

C C

+5V

12

GND

12

GND

EC17

0.1UF/16V

/X

EC24

0.1UF/16V

/X

12

EC9

0.1UF/16V

/X

EC12

0.1UF/16V

/X

EC22

0.1UF/16V

/X

12

EC10

0.1UF/16V

/X

12

EC16

0.1UF/16V

/X

12

EC19

0.1UF/16V

/X

12

EC81

EC81 10PF/50V

10PF/50V

/X

EC81

GND GND

EC46~EC49 For EMI Used

+1.25V

12

EC46

EC47

0.1UF/16V

/X

GND

EC50~EC51 For EMI Used EC52~EC53 For EMI Used

+12V

12

EC51

EC50

0.1UF/16V

/X

GND

+5V

12

EC54

0.1UF/16V

+5V

EC25~EC45 For EMI Used

B B

A A

+3V

GND

+3V

GND

+3V

GND

12

EC25

0.1UF/16V

/O

12

EC38

0.1UF/16V

/X

12

EC45

0.1UF/16V

/X

12

EC35

0.1UF/16V

/X

12

EC44

0.1UF/16V

/X

12

EC34

0.1UF/16V

/X

12

EC42

0.1UF/16V

/X

5

EC39

0.1UF/16V

/O

12

EC36

0.1UF/16V

/X

12

EC41

0.1UF/16V

/X

12

EC31

0.1UF/16V

/X

EC33

0.1UF/16V

/X

EC43

0.1UF/16V

/X

12

EC26

0.1UF/16V

/X

12

EC37

0.1UF/16V

/X

12

EC40

0.1UF/16V

/X

GND

2007/07/05

+12V

12

EC57

EC56

0.1UF/16V

/X

GND GND

EC56



(7075,2870)

EC57



(4825,2200)

EC58



(1140,6385)

4

C_PCICLK_TPM {8,30,49} A_Z_BITCLK{34,41}



(9385,2640) EC82

12

EC49

0.1UF/16V

/X

+1.5V

12

EC52

EC53

0.1UF/16V

/X

GND

12

EC55

0.1UF/16V

/X

GND

2007/07/05

+1.25V

12

EC58

0.1UF/16V

/X

EC59

12

EC59

0.1UF/16V

/X



(4300,3515)

EC82

EC82 33PF/50V

33PF/50V

/O



:(1020,755)

2007/07/05

+3VSB +5V+12V

12

GND

EC70

EC71

EC72

EC73

12

EC71

EC70

0.1UF/16V

/X



(8365,9140)



(9110,2890)



(7240,925)



(5470,1655)

EC72

0.1UF/16V

/X

12

EC73

0.1UF/16V

/X

2007/07/05

+5VSB

12

EC65

0.1UF/16V

/X

12

EC66

0.1UF/16V

/X

12

EC67

0.1UF/16V

/X

12

EC68

0.1UF/16V

/X

12

EC69

0.1UF/16V

/X



(1370,3075)

EC74

+3V +5V

EC75



(1740,3420)

EC76



(3205,635)

EC77



(4610,2145)

EC78



(8120,835)

2007/07/05

EC74 0.1UF/16V /XEC74 0.1UF/16V /X

1 2

2007/07/05

EC75 0.1UF/16V /XEC75 0.1UF/16V /X

1 2

EC76 0.1UF/16V /XEC76 0.1UF/16V /X

1 2

EC77 0.1UF/16V /XEC77 0.1UF/16V /X

1 2

EC78 0.1UF/16V /XEC78 0.1UF/16V /X

1 2

2007/07/05

GND

EC65

EC66

EC67

EC68

EC69



(2605,5830)



(1675,180)



(2870,285)



(5950,190)



(9415,2915)

EC79

EC80



(2020,2835)



(8190,3760)

EC79 0.1UF/16V /XEC79 0.1UF/16V /X

1 2

EC80 0.1UF/16V /XEC80 0.1UF/16V /X

1 2

+12V+3V

2007/07/05

+5V_DUAL_USBKB

12

EC60

0.1UF/16V

/X

GND

EC60



(1370,5355)

EC61



(1300,4755)

EC62



(1855,425)

EC63



(5855,465)

EC64



(8505,420)

3

12

EC61

0.1UF/16V

/X

12

EC62

0.1UF/16V

/X

12

EC63

0.1UF/16V

/X

12

EC64

0.1UF/16V

/X

Title :

Engineer:

Size Project Name

A3

Date: Sheet of

2

Date: Sheet

P5E-VM DO

Engineer:

1

EMI CAP

of

69 70Friday, March 28, 2008

Rev

1.00G

5

4

3

2

1

PCB Rev Change List

R1.00G Initial Version

R1.01G 1. Swap SATA 3 & SATA 4 To support ICH9 Base version Chipset

2. Update Core team ASM4131 Standard circuit

D D

3. Unify the Power Solution Choke for Channel request

R1.02G 1.Modify the SATA 3 port one set differential signals (Page 35)

2.Change VRN104 instead of VR40 & VR41 in order to reduce high speed differential sginal stub effect (Page 24)

3.Add OR611 to reserve SIO PWROK issue to pull-up +3VSB(Page 53)

4. For All Channel Request to change Power Choke pitch size on PL102,PL103,PL104,PL201

C C

B B

A A

Title :

Engineer:

ASUSTeK COMPUTER INC

Size Project Name

A3

Date: Sheet of

P5E-VM DO

Engineer:

Change List

Regin_Chiang

70 70Friday, March 28, 2008

Rev

1.00

Asus P5E-VM Schematics

Specifications and Main Features

Frequently Asked Questions

User Manual